01a3-DrNPR-Head CACR SRMU-Ex SERC-Bio-data-App A to F 04 May 2k16 42p

Brief bio-data, publication, etc of Dr NPR Head, CACR, SRMU, 04 Apr 2016

[1] Brief bio data - Appendix A [2] Topics of PG theses guided - Appendix B[3] Publications –

a. Brief summary (458 Nos), Appendix C-1 b. Publications in periodicals/journals, (142 Nos), Appendix C-2)c. Publications on geopolymers (117 Nos), Appendix C-3 d. Publications after joining SRM University (192 Nos)- Appendix C-4

[4] Technology/process/product development - Appendix D[5] List of Journals wherein Dr NPR is a Reviewer- Appendix E[6] Recent R&D topics taken up at CACR, SRMU - Appendix F[7] Membership of Professional and other Bodies - Appendix G

(https://www.linkedin.com/profile/edit?trk=nav_responsive_sub_nav_edit_profile)

01a3-DrNPR-Head CACR SRMU-Ex SERC-Bio-data-App A to F 04 Apr 2k16 42p p1/42

Appendix ABRIEF BIO-DATA

[1] Full Name: Nirmalakumar Parshwanath Rajamane (N P Rajamane)[2] Date of Birth: 1st May 1950 (Hubli, Karnataka) [3] Academic Qualifications:

a)1972, B.E. (Civil), B. V. B. College of Engg. & Technology, Hubli, [Karnataka University], I Class with Distinction, [II Rank in the University]

b)1990, M. Tech. (Str), Indian Institute of Technology, Madrasc)2013, Ph.D. Thesis on geopolymer concretes, VTU, Belgaum (Work at CSIR-SERC, SJCE)d)2007 Advanced Techno-management course for 6 weeks at Administrative Staff College of India e)2011 Mission 10X Programme on High Skill Teaching Skills and Workshop on Curricula developmentf)2015 Geopolymer Camp 2015, Saint-Quentin, Near Paris, France (organised by inventor of Geopolymer, Prof Joseph Davidovits)

[4] Professional Careera) Aug 1972- Nov1972 Graduate Trainee, Gadag-Betgeri Water Supply Div, PWD, Karnatakab) Nov 1972- Nov1973 Section Officer, PWD, Panaji, Goac) Dec 1973- 30 April 2010, [Scientist ‘G’ & Head, Advanced Materials Laboratory (Formerly Concrete

Composites Lab), CSIR-SERC, Chennai, India]d) Aug 2010-Till data, [Head, Centre for Advanced Concrete research (CACR), SRM University, Potheri,

Kattankulathur – 603203, Near Chennai, India]e) Research Adviser for CEGeoGTech, University of Malaysia at Perlis (UNIMAP) (from

Sept 2015) [5] Visits abroad:

October 1979 80 USA (UN fellowship) Feb to May 1980 (West) Germany (UN fellowship) July 2013, France, Netherlands, Germany, Czech republic Sept 2015, China Sept 2015, UNIMAP, Malaysia

[6] Patents: (i)Process of production of building blocks from laterite soils, (ii)Formulation for natural rubber latex modified cement concretes[7] Life Fellow of Indian Concrete Institute (ICI), and also life member of many professional organisations such as

Institution of Engineers (India), Indian Society for Non-destructive Testing (ISNT), Society for Advancement of Electrochemical Science and Technology (SAEST), Institute of Bridge Engineers, Indian Geotechnical Society, Association of Consulting Engineers (ACCE), Indian Institute of Technical Arbitrators (IITArb), Association of Infrastructure Engineers & Technocrats (AIET)

[8] Served as principal member of many Committees of Bureau of Indian Standards.[9] Served as examiner for Post-Graduate students in several academic bodies such as Mangalore University, SV

University, Anna University, Visvesvaraiah Technological University, IIT Chennai, NITs (formerly RECs) at Surathkal and Warangal.

[10] Regularly invited by construction agencies, manufacturers of cement and other building materials, academic institutions (engineering colleges, polytechnics, universities), government departments, professional bodies and training centres, organisers of conferences/seminars/workshops, etc., for delivering special lectures.

[11] Regularly reviewing the articles/papers/books sent for publication in national and international journals and also the reports/proposals sent to professional bodies.


N P Rajamane BE (Civil) (BVB, Hubli, KU), MTech (Str) (IITM), PhD (SERC, SJCE, Mysore) (VTU)Off: Head, Centre for Advanced Concrete Research (CACR), Old Registrar Office Building, III Floor, Room No AB306, SRM University, Potheri, Kattankulathur - 603203 (Near Chennai), Tamil Nadu, India, Ph: +91-44-27452270 Extn.:1454, Mob : 9840076821, Email:[email protected],[email protected],[email protected] “Outstanding Concrete Technologist for 2008” award by Indian Concrete Institute Former Head of Advanced Materials Laboratory at CSIR-SERC, Chennai Former Secretary, Indian Concrete Institute, Tamil Nadu Centre)Res: Old No 166, New No 60, (House No F1, First Floor), Canal bank Road, Kasturi Bai Nagar, Adyar, Chennai 600020 Ph 044-24417882Perm. Address: Arihant Nilaya, No 1359, 25th Main (27th Cross), Banashankari II Stage, Bangalore560070

[12] Associated with more than 100 projects of several types such as R&D, Sponsored, Grant-in-Aid and Consultancy, particularly on repair and rehabilitation of corrosion and chemical damaged structures, use of waste materials, etc.

[13] Fields of interest/expertise include: Concrete technology, high performance concretes (HPCs); mix design methodologies; ready mixed concrete; concrete structures/constructions; repair techniques/materials; corrosion of steel in concrete; durability of concrete; concrete chemicals; Polymer concrete composites : polymer impregnated concretes, latex/polymer modified concretes, epoxy concretes, polymer concretes; NDT techniques, building materials, building blocks, use of industrial wastes such as red mud, fly ash, condensed silica fume, blast furnace slag and its powder; different types of cements; Codal provisions; fly ash aggregates, lightweight aggregate concretes, geopolymer concretes, nanotechnology in materials of constructions, bacterial concretes, particle packing theories for concrete mix design, hydration of cement; chemical nature of pore solutions, reaction powder concrete, prefab/precast technology, paver/building blocks, geopolymeric binder, etc.

[14] Important test results : S Utilised industrial wastes such as fly ash, blast furnace slag powder, silica fume, etc. to achieve concrete strengths

of 25 to 125 MPa at various ages and any degree of durability/corrosion resistance to suit any particular practical application.

Without using Portland cement, produced a structural concrete with 24 hour strength of about 50 MPa using fly ash and blast furnace slag powder (GGBS) and this is a self-curing concrete

Showed that it is possibility of replacement more than 50% of Portland cement by mineral admixtures (such as fly ash) in concrete and achieve superior durability properties, besides self-levelling flowing/pumpable characteristics.

Developed lightweight aggregates from fly ash for structural grade lightweight concretes Worked on development of eco-friendly and less energy intensive geopolymeric binder as alternate to Portland

cement based concretes using industrial wastes such as fly ash and blast furnace slag, to produce structural grade durable concretes

Use of nano-Silica, migrating corrosion inhibitor, nano-fibres in cement matrix[15] Guided post-graduate students of RECs, NITs, Government College of Technology, Coimbatore, Manipal Institute of

Technology, Anna University, Visvesvaraya Technological University, etc. Was involved in monitoring of first PG student of Anna University for M.S..

[16] Key note speaker in many conferences/seminars etc. [17] Technical Contributions: >440 (>160 in journals/magazines)[18] A regular referee/reviewer for many national and international journals[19] HONOURS/AWARDS/RECOGNITION

1976, The low cost house built using Latoblocks (blocks from laterite soil) was awarded "First Prize" among the low cost housing exhibition held during the International Conference on Low Cost Housing, Madras

Awarded "Brij Mohan Lal Memorial Prize" from Institution of Engineers (India) 2005, "First Prize" for the paper “Studies on geo-polymer mortars using fly ash and blast furnace slag

powder”, at the International Congress on Fly Ash, Fly Ash India 2005, December 2005, New Delhi 2008, Prestigious award of “Outstanding Concrete Technologist for 2008” by Indian Concrete Institute 2009, 2010, 2011, Served as Secretary, Tamil Nadu Centre, Indian Concrete Institute (Best Centre Award) 2012, Certificates of Appreciation for research and publication from SRMU on Teachers Day 2012, 2013,

2014 2012, ICONSWM 2012 award for papers on geopolymer and fly ash concretes, Mysore 2014, Silver Medal for paper on geopolymer during competitions of Research Day at SRMU in Feb 2014 2014, Best paper award for paper on fly ash concrete during International Conference on Advances in Civil

Engineering and Chemistry of Innovative Materials ACECIM'14 13-14 March 2014, SRM University 2015, Best paper 2015 award by Indian Concrete Institute for the paper on geopolymer concrete 2016, Best paper President of India award by Institute Of Engineers (I) for the paper on copper slag Prepared recommendations on fly ash at HVFAC CONCLAVE organised by CII, New Delhi. Served on Research Advisory Board of National Institute of Technology Karnataka, Surathkal Was a jury for competition on Design of Nursery Schools during the National Seminar on Recycling of Waste

Materials, Kilakkarai. Serving as member of Fly Ash Advisory Panel (FAP) of DST, New Delhi Served on Research Advisory Board of Structural Engineering Research Centre, Gaziabad. Chaired/key note speaks in many sessions at national and international meets/seminars/conferences, etc Serving on selection committees/interview boards of important organisations such as CSIR, UPSC, etc

Family Particulars:Wife: Mrs Nalini, BSc graduate, House wife (080-26710650), Son 1: Nameesh, BE (CSE), Software Engineer in NeAPP Bangalore (Mob:09845594477); Son 2: Nikhil, 6th Sem BE (Civil), BIT, Bangalore (Mob:09880622674);Brother:Dr Sanatkumar P Rajamane PhD (IITM), Structural Consultant at Bangalore, (Mob:9880713648)


Emergency contact numbers: Apart from above, Devapur, Bangalore Mob 09880724438; Prof Jeyalakshmi SRM University (0998400107321)


Appendix B

List of important topics of PG theses guided1. Thermal properties of geopolymer concrete and lightweight fly ash aggregate concretes, 20072. Statistical nature of strengths and stress-strain relations of fly ash aggregate concretes, 20073. Structural behaviour of fly ash based lightweight aggregate concretes, 20064. Strength characteristics of fly ash aggregate concretes, 20065. Steel fibre reinforced fly ash based lightweight aggregate concretes, 20056. Geopolymeric low-energy cement from industrial wastes for structural applications, 20057. Computer aided interactive concrete mix design using IS-456-2000, 20058. Interactive software for concrete mix proportioning, 20059. Particle packing approach to computerised design of concrete mix, 200410. Software guide for concrete mix design, 200411. Development of interactive software comprehensive guide for concrete mix design, 200412. Development of structural grade light weight concretes using fly ash based aggregate systems, 200413. Computer aided concrete mix design using theory of particle packing, 200314. Development of interactive software on comprehensive guide for concrete mix design, 200215. Effect of chemical admixtures on cement pastes/mortars/concretes, 199516. Development of high performance concrete, 199617. Development of high performance concrete with high volume cement replacement materials, 199718. Ultrasonic pulse velocities of concrete sections made with different grades of concrete, 1992 19. Lightweight concrete with recycled brick aggregate concrete, 200620. Fibre reinforced fly ash based lightweight aggregate and normal weight geopolymer concretes21. Structural behaviour of reinforced GGBS and fly ash based geopolymer concrete beams22. Structural behaviour of reinforced GGBS and fly ash based geopolymer concrete columns23. Durability of geopolymer concretes against acid, sulphates, chloride, corrosion of steel, etc24. An interactive software for concrete mix using provisions of IS:456-2000.25. Shear behaviour of reinforced GGBS and fly ash based geopolymer concrete beams26. Impact resistance of reinforced GGBS and fly ash based geopolymer concretes27. Interactive software guide for concrete mix design, 201028. Studies on geopolymer concretes with synthetic and artificial coarse aggregates29. Development of nano-cellulose fibres30. Studies on eco-friendly corrosion resistant lean mortar31. Development of pervious concretes with zero sand content32. Corrosion resistance of concretes with migrating corrosion inhibitors and other admixtures33. Development of lightweight self curing cement and geopolymer mortars using EPS beads34. Encapsulation of chromium in geopolymer matrix35. Studies on Ferrocement and wall panels with geopolymer matrix36. High Temperature Resistance of Geopolymers37. Durability of ferrocement with geopolymeric matrix38. Geopolymer ferrocement39. Resistivity of concretes40. Cold form steel sections


Appendix C-1

Brief summary of publicationsS No Topic No of publications

1. Fly ash > 2302. Geopolymer Cement Concretes > 1203. Fly ash aggregate (Lightweight concretes) >354. Particle Packing Theory for concrete mix designs 125. Silica Fume (microsilica, condensed silica fume) 276. Superplasticisers for concretes 157. Silica Fume and Fly Ash (Triple blending) 278. Nano-technology >209. High performance concretes > 10010. Self compacting concretes > 1011. Prefabricated concrete construction (Precast concrete) > 1012. Fly ash for sand replacement > 15 Nos13. Ferrocement > 15 Nos14. Fibre reinforced concrete > 15 Nos15. Codal provisions > 15 Nos16. Contribution to periodicals (national/international journals etc) > 110

PublicationsYear Each year Cumulative1990 19 191991 13 321992 9 411993 1 421994 2 441995 10 541996 4 581997 6 641998 6 701999 2 722000 11 832001 15 982002 11 1092003 33 1422004 21 1632005 20 1832006 15 1982007 23 2212008 9 2302009 21 2512010 19 2702011 45 3152012 19 3342013 26 3602014 31 3912015 56 4472016 10 457


Appendix C-2Publications of N P Rajamane, in Periodicals (142 nos)

[1] Jeyalakshmi R., Rajamane N. P., Baskara Sundararaj J, and Sivasakthi M, (2016), “Fire Resistant Low Carbon Footprint Geopolymer from Fly Ash”, ICI Journal, Jan-Mar, pp 9-14. [448]

[2] Rajamane N P, and Jeyalakshmi R, “Formulae for sodium hydroxide solution preparation of known molar concentration for geopolymer concretes”, The Indian Concrete Journal, Nov 2015, Vol. 89, No. 11, pp. 47-56 [436]

[3] Rajamane N P, and Jeyalakshmi R, “Quantities of sodium hydroxide solids and water to prepare sodium hydroxide solution of given molarity for Geopolymer Concrete mixes”, Indian Concrete Institute Journal, July-Sept 2015, Vol. 16, No. 2, pp.33-36 [435]

[4] Rajamane N P, Nataraja M. C, Lakshmanan N and Dattatreya J K, “Chloride permeability of geopolymer and Portland cement concretes using bulk diffusion test”, Indian Concrete Institute Journal, July-Sept 2014, Vol. 15, No. 2, pp.1-6 [434] [was given The Best Paper award by The Indian Concrete Institute]

[5] Jeyalakshmi R, Rajamane N. P., and Dheeraj, (2015), “Use of Nano Silica for improvement of porous fly ash and silica fume mortars”, International Journal of ChemTech Research CODEN (USA): IJCRGG ISSN: 0974-4290 Vol.7, No.3, pp 1132-1139 (2015-433 RJ NPR Dh nS FAM-SFM ChemTech 8p) [433]

[6] Rajamane N. P., M C Nataraja, R. Jeyalakshmi and S Nithiyanantham, (2015), “Greener durable concretes through geopolymerisation of blast furnace slag”, Materials Research Express, Vol 2, No 5, http://iopscience.iop.org/2053-1591/2/5/055502/, p8 (2015-432 NPR MCN RJ

SN Greener Dur GPC Mat Res express 8p) [432][7] Rajamane N. P., R. Jeyalakshmi, M. Dhinesh and Baskara Sundararaj, (2015),

“Ecofriendly ferrocement with very lean cement content and high corrosion resistance”, Indian Concrete Institute Journal, Jan-March, Vol 15, No 4, pp 7-14 [413]

[8] Jeyalakshmi R, Rajamane N P, Sherin Mathew and Dhinesh M, (2014), “Studies on the Effect of Migratory Corrosion Inhibitor Addition on the Onset of Corrosion in the Slag Cement Concrete”, International Journal of Earth Sciences and Engineering, Vol 7, No 4, pp 1492-1505. [412]

[9] Rajamane N. P., and Jeyalakshmi R. (2014), “Quantities of sodium hydroxide solids and water to Prepare sodium hydroxide solution of Given molarity for geopolymer concrete mixes, ICI Update, ICI Technical Paper, Aug - Sep 2014, pp 4-8 [391]

[10] Madheswaran CK, PS Ambily, JK Dattatreya, NP Rajamane, (2014), “Studies on use of Copper Slag as Replacement Material for River Sand in Building Constructions”, Journal of The Institution of Engineers (India): Series A, Vol 95, No 3, pp 169-177 [[390]

[11] Madheswaran CK, PS Ambily, NP Rajamane, G Arun, (2014), “Studies on flexural behaviour of reinforced geopolymer concrete beams with lightweight aggregates”, International Journal of Civil & Structural Engineering, Vol 4, No 3, pp 294-303 [389]

[12] Rajamane N. P.; P. S. Ambily; M. C. Nataraja; Lelin Das, (2014), “Discussion: Modified Bolomey equation for strength of lightweight concretes containing fly ash aggregates”, Magazine of Concrete Research, Vol. 66, No 24, July-Sept, pp Magazine of Concrete Research, Volume 66, Issue 24, September 2014 pages 1286 –1288 [386]

[13] Rajamane N.P., M. C. Nataraja, N. Lakshmanan and J. K. Dattatreya, (2014), “Pozzolanic industrial waste based geopolymer concretes with low carbon footprint”, ICI Journal, Vol. 15, July-Sept, pp 23-38 [385]

[14] Rajamane N.P., M.C. Nataraja and R. Jeyalakshmi, (2014), Discussion on “Pozzolanic industrial waste based geopolymer concretes with low carbon footprint”, The Indian


Concrete Journal, Vol. 88, No 8, August, Special Issue on Future Cements, pp 45-46 [384][15] Rajamane N.P., R. Jeyalakshmi and Ganesh Kumar G, (2014), “Portland cement based

new cements for self curing and corrosion resistance”, The Indian Concrete Journal, Vol. 88, No 8, Aug, Special Issue on Future Cements, pp 10-22 [383]

[16] Rajamane N.P., M.C. Nataraja and R. Jeyalakshmi, (2014), “Pozzolanic industrial waste based geopolymer concretes with low carbon footprint”, The Indian Concrete Journal, Vol. 88, No 7, July, pp 49-68 [382]

[17] Chandrahasa R., Rajamane N. P., and Jeyalakshmi R., [2014], “Development of Cellulose Nanofibres from Coconut Husk”, International Journal of Emerging Technology and Advanced Engineering, (ISSN 2250-2459, ISO 9001:2008 Certified Journal), Volume 4, Special Issue 4, June 2014, pp 88-93 [379]

[18] Rajamane N. P., Dattatreya J. K., D. Sabitha, [2014], “Residual compressive strengths of fly ash concretes exposed to one year of accelerated sulphate attack”, International Journal Of Civil Engineering And Technology (IJCIET), Volume 5, Issue 3, March (2014), pp. 317-326

[19] Rajamane N. P., Jeyalakshmi R., Shyam Samarpan, and Subhajit Saaha, [2013], “Effect of addition of nano-Silica to Portland cement mortar with and without silica fume”, Indian Concrete Institute Journal, Vol. 14, No 2, July-Sept, pp 7 -16

[20] Rajamane N P, R Jeyalakshmi, Dinesh M, Bhaskarsundararaj, [2013], Discussion on ‘Revalidating Strength – Cementitious material – Water relationship for proportioning Portland pozzalana cement concrete’, The Indian Concrete Journal, Vol. 87, No 10, Oct, pp 44-49

[21] Harsha Vardhan K., Dhinesh M., Dr Jeyalakshmi R., and Dr Rajamane N. P., [2013], “Effects of Metakaolin on GGBS Based Geopolymer Concretes,” www academia edu 5310316, pp 1-12

[22] Rajamane N. P. and Ambily P. S., [2013], “Fly ash as a sand replacement material in concrete - A study”, The Indian Concrete Journal, Vol. 87, No 7, July, pp 11-17

[23] Rajamane N P, M C Nataraja, N Lakshmanan, J K Dattatreya & D Sabitha, (2012), “Sulphuric acid resistant ecofriendly concrete from geopolymerisation of blast furnace slag”, Indian Journal of Engineering & Materials Sciences, Vol. 19, October, pp. 357-367

[24] Rajamane N. P., Dattatreya J. K., Nataraja M. C., and Lakshmanan N., (2012), “Studies on correlation between flexural strength and compressive strength of concrete”, The Indian Concrete Journal, Vol. 86, No 11, Nov., pp 23-28

[25] Rajamane N. P., Nataraja M. C., N. Lakshmanan and J. K. Dattatreya, (2012), “Pull-out tests for bond strengths of geopolymer concretes”, The Indian Concrete Journal, Vol. 86, No 10, Oct., pp 25-34

[26] Rajamane N. P., Nataraja M. C., N. Lakshmanan and R. Jeyalakshmi, (2012), “Studies on physical properties and equations for density of activator solutions of geopolymer concretes”, The Indian Concrete Journal, Vol. 86, No 09, Sept., pp 49-59

[27] Rajamane N. P., M. C. Nataraja, N. Lakshmanan, J. K. Dattatreya, (2012), " Studies on use of potassium silicate as replacement for sodium silicate in Alkali Activator Solution of GGBS based self-curing geopolymer concrete ", International Journal of 3R’s, Vol. 3, N0. 1, January-March, pp 378-388

[28] Rajamane N. P., M. C. Nataraja, N. Lakshmanan, and P. S. Ambily, [2012], “Literature survey on geopolymer concretes and a research plan in Indian context – Part 2”, The Masterbuilder, Vol 14, No 5, pp 50-56

[29] Rajamane N. P., Nataraja M. C., and T. P. Ganesan, (2012), Rejoinder to “A technical look at ‘Individual test result’ criterion for concrete acceptance as per IS 456:2000”, The Indian


Concrete Journal, Vol. 86, No 5, May, pp 42-4[30] Rajamane N. P., M. C. Nataraja, N. Lakshmanan, and P. S. Ambily, [2012], “Literature

survey on geopolymer concretes and a research plan in Indian context – Part 1”, The Masterbuilder, Vol 14, No 4, pp 148-161

[31] Rajamane N. P. and Ambily P. S., [2012], “Modified bolomey equation for strengths of lightweight concretes containing fly ash aggregates”, Magazine of Concrete Research, Vol. 64, No 4, April, pp 285-294

[32] Rajamane N. P., Nataraja M. C., and T. P. Ganesan, (2012), “A technical look at ‘Individual test result’ criterion for concrete acceptance as per IS 456:2000”, The Indian Concrete Journal, Vol. 86, No 4, Apr., pp 26-36


[34] Rajamane N. P., Nataraja M. C., J.K. Dattatreya, N. Lakshmanan and D. Sabitha., (2012), “Sulphate resistance and eco-friendliness of geopolymer concretes”, The Indian Concrete Journal, Vol. 86, No 1, Jan., pp 13-22

[35] Rajamane N. P., Nataraja M. C., J.K. Dattatreya, N. Lakshmanan and D. Sabitha., (2012), “Strength loss in Portland cement and geopolymer concretes by Magnesium Sulphate”, Civil Engineering and Construction Review (CE & CR), Vol. 25, No. 1, Jan, pp. 108-114

[36] Rajamane N. P., Nataraja M. C., J.K. Dattatreya, N. Lakshmanan and D. Sabitha., (2012), “Sulphate resistance and eco-friendliness of geopolymer concretes”, The Indian Concrete Journal, Vol. 86, No 1, Nov, pp 13-22

[37] Rajamane N. P., Nataraja M. C., Lakshmanan, and Dattatreya J. K., (2011), “An introduction to geopolymer concrete”, Article under Master Series”, The Indian Concrete Journal, Vol. 85, No 11, Nov, pp 11-14

[38] Dattatreya J K, Rajamane NP , Sabitha D, Ambily P S, Nataraja MC, [2011], " Flexural behaviour of reinforced Geopolymer concrete beams", International Journal Of Civil And Structural Engineering, Vol.2, No.1, pp 138-159 (Published in Nov 2011)

[39] Rajamane N. P., Nataraja M. C., Lakshmanan, and Dattatreya J.K., [2011], “Accelerated Test For Corrosion Of Steel In Geopolymer Concretes”, Indian Concrete Institute Journal, Vol. 12, No 3, Oct-Dec, pp 7 -15

[40] N. P. Rajamane , M. C. Nataraja, N. Lakshmanan, and J. K. Dattatreya, [2011], "Rapid migration test for comparison of chloride penetration into geopolymer and Portland pozzolana cement concretes", International Journal of 3R's (Apr-Jun,2011), Vol.2, No.2, pp 246-252

[41] Rajamane N. P., M. C. Nataraja, N. Lakshmanan, and J. K. Dattatreya, [2011], "An overview of geopolymer concretes made from indigenous GGBS and fly ash", International Journal of 3R's (July-Sept,2011), Vol.2, No.3, pp 295-308

[42] Rajamane N. P.,Shyam Samarpan, and Jeyalakshmi R., [2011], ‘Improving microstructure of cured porous cement composites by Nano-silica treatment’, Bulletin of ACCE(I), Vol. 10, No. 2, April-Sept, pp. 19-21

[43] Rajamane N. P., Nataraja M. C., Lakshmanan, and Dattatreya J. K., (2011), Rapid chloride permeability test on geopolymer and Portland cement concretes, The Indian Concrete Journal, Vol. 85, No 10, Oct, pp 21 -26

[44] Rajamane N. P., Ganesan T. P. , and Satyanarayanan K. S., (2011), “Decision on Test

Results on Four concrete samples For Acceptability using IS:456-2000 – Part 1”, ICI Update, July, Vol 1, No 2, pp 27-30

[45] Rajamane N.P., J. K. Dattatreya, D. Sabitha, P.S. Ambily, N Lakshmanan, and M C


Nataraja, [2011], “Plant production of fly ash based geopolymeric building blocks/pavers – a study”, The Masterbuilder, Vol 13, No 8, August, pp 146-149

[46] Rajamane N. P, Ganesan T. P. and Satyanarayanan K. S., (2011), “Use Of Test Results

For Accepting The Concrete As Per IS:456-2000”, Concrete Matters, Vol 1, No 5, pp 9-10[47] Rajamane N. P., Shyam Samarpan, Subhajit Saha and Jeyalakshmi R., (2011), Nano-silica

treatment enhances durability of existing concrete structures, IEI TN Centre Bulletin, Vol No 5, Aug 2011, pp 3

[48] Rajamane N. P., Shyam Samarpan, Subhajit Saha and Jeyalakshmi K., [2011], “Effect of addition of nano-Silica to Portland cement mortar mix”, The Masterbuilder, Vol 13, No 7, July, pp 118-125

[49] Rajamane N. P., Shyam Samarpan, Subhajit Saha and Jeyalakshmi K., [2011], “Decrease in water permeability of Portland cement mortar through external treatment by nano-silica”, The Masterbuilder, Vol 13, No 6, June, pp 124-129

[50] Rajamane N. P., Shyam Samarpan, and Jeyalakshmi R., (2011), “Nano-silica treatment makes porous cement composites more water penetration resistant”, Concrete Matters, Vol 1, No 4, June, pp 1-2

[51] Swapna Kutcharlapati, A. K. Sarkar, and Rajamane, N. P., [2011], “Nanosilica improves recycled concrete aggregates”, New Building Materials and Construction World, January, 16(7) 190-199

[52] Rajamane, N. P., M C Nataraja, N Lakshmanan, and, P S Ambily [2010], “A study on coeeficient of thermal expansion of geopolymer mortars”, New Building Materials and Construction World, November, 16(5) 242-247

[53] Rajamane, N. P., N Lakshmanan, P S Ambily and M C Nataraja, [2010], ‘Effect of molar ratio of sodium silicate on compressive strength of geopolymer concretes’, Civil Engineering and Construction Review (CE & CR), Vol. 23, No. 8, August, pp. 94-101

[54] Annie Peter J., N. Lakshmanan, P. Sivakumar and N. P. Rajamane, [2010], “A novel precast roofing scheme for affordable housing”, ICJ, January, Vol 84, No 1, pp 34-39

[55] Rajamane N. P., N. Lakshmanan, and M. C. Nataraja, [2009], “Geopolymer concrete –A new ecofriendly material of construction”, The Masterbuilder, , Vol.15, No. 6, December, pp 128-132

[56] Rajamane N. P., M. C. Nataraja, N. Lakshmanan, and P. S. Ambily, [2009], “Geopolymer concrete –An ecofriendly concrete”, The Master Builder, , Vol.11, No. 11, November, pp 200-206

[57] Rajamane, N. P., N Lakshmanan, and Nataraja M C, [2009], ‘Studies on geopolymer concretes having fly ash based lightweight aggregates’, Civil Engineering and Construction Review (CE & CR), Vol. 22, No. 2, Feb, pp. 70-77

[58] Rajamane, N. P. and Annie Peter J., [2009], " Optimising Superplasticiser Dosage for Cement Matrix Containing Mineral Admixtures”, The Masterbuilder, January, Vol 11, No 1, pp 92-100

[59] Swapna Kutcharlapati, S.B. Singh and N.P. Rajamane. (2008), “Influence of Nano Cellulose Fibres on Portland Cement Matrix,” Metals Materials And Processes, V. 20, No. 3, pp. 307 - 314.

[60] Rajamane N.P., P. S. Ambily and D. Rajasekar, [2008], “Load carrying capacity of Lightweight RC beams made of fly ash aggregate – a theoretical study”, Indian Concrete Institute Journal, Vol. 8, No 4, Jan-March, pp 25 -29

[61] Rajamane N P, J Annie Peter and Ambily P S, [2008], “Fly ash based alternate for Cement, partial replacement of Portland Cement in Concrete,” Mining Engineers’ Journal, Vol. 9, No 9, April, pp 8 -19


[62] Rajamane, N. P., Annie Peter J., and P. S. Ambily, [2007], “Effect of fly ash in lightweight concrete containing ‘sintered fly ash aggregates”, Journal of the Institution of Engineers (India), CV, Vol 87, February 2007, pp. 32-36

[63] Rajamane N P, Annie Peter J and Ambily P S, [2007], “Prediction of compressive strength of concrete with fly ash as sand replacement material”, Cement and Concrete Composites, Volume 29, Issue 3, March 2007, Pages 218-223

[64] Rajamane, N. P., [2007], “Necessity of fly ash in cement concrete,” (In Hindi), Taranga, No 9, Dept of Science Technology, pp 34-39

[65] Rajamane N. P. , [2007], “Discussion on Mix proportioning of plain and RHA concretes as per draft IS 10262”, Indian Concrete Journal, Vol. 81, No 5, May, pp 44 -56

[66] Rajamane, N. P., Ambily, P. S., Sharmila, S., Merin, M., and Muruganandam, V., [2007], ‘Reduction in Linear Thermal Expansion of Cement Mortar due to addition of Fly Ash Aggregates’, Civil Engineering and Construction Review (CE & CR), Vol. 20, No. 6, June, pp. 66-72

[67] Ambily P S and Rajamane N P, [2007], “Self curing concrete – an introduction Part 1”, Masterbuilder, Vol. 9, No. 6, June, pp 116-123.

[68] Ambily P S and Rajamane N P, [2007], “Self curing concrete – an introduction Part 2”, Masterbuilder, Vol. 9, No. 7, July, pp 108-114

[69] Ambily P S and Rajamane N P, [2007], “Self curing concrete – an introduction”, New Building Materials and Construction World, Vol. 13, No. 1, July, pp 74-86Dattatreya J.K., M. Neelamegam and N.P. Rajamane, [2006], “A comparison of effects of ultra fine fly ash and silica fume in concrete”, Indian Concrete Institute Journal, Vol. 80, No 2, February, pp 44 -50.

[70] Rajamane N. P. , Dattatreya J.K., and M. Neelamegam, [2006], “Discussion on a comparison of effects of ultra fine fly ash and silica fume in concrete”, Indian Concrete Institute Journal, Vol. 80, No 5, May, pp 38 -39

[71] Rajamane N P and Ambily P S, “Selection of mortar for lightweight aggregate concretes made with fly ash base aggregate”, New Building Materials and Construction World, Vol. 11, June 2006, pp.80-88

[72] Rajamane N P and Ambily P S, [2006], “Discussion on Reproportioning concrete mixtures for rapid production of precast units”, Indian Concrete Institute Journal, Vol. 80, No 7, July, pp 10 -12

[73] Neelamegam, M., Dattatreya, J. K., and Rajamane, N. P.,[2006], “The influence of pore size distribution on properties of concrete”, Journal of the Institution of Engineers (India), CV, Vol 87, August 2006, pp. 61-66.

[74] Ambily P. S., Rajamane N. P., and Kiruthika K., [2006], ‘Strength development in lightweight concrete containing fly ash aggregates’, CE & CR, Vol. 19, No 9, September 2006, pp 26-32

[75] Rajamane N P, J Annie Peter, and P S Ambily, [2005], “Fineness modulus as a representative mean particle size of concrete aggregates and its utility in theory of particle packing”, Indian Concrete Institute Journal, Vol. 6, No 3, Oct-Dec, pp.27-32

[76] Rajamane, N. P, Annie Peter, J., and Ambily P. S, [2005], “Availability and management of fly ash in India”, Indian Concrete Journal, Vol. 79, No 9, Sept, pp. 40-42

[77] Rajamane, N. P., Sabitha, D. and Shijna, P. K., [2005], “Feasibility of achieving 40 MPa in 40 hours in mortars without Portland cement using Class F fly ash and blast furnace slag powder”, Civil Engineering and Construction Review, New Delhi, Vol. 18, No. 4, April, pp 36-44

[78] Rajamane, N. P., Sabitha, D., and Sajana Mary James, [2005], “Potential of industrial


wastes to produce geo-polymeric mortar of practical utility - a study”, Indian Concrete Institute Journal, Vol. 5, No 4, January-March, pp.9-20.

[79] Rajamane, N. P., Sabitha, D. and Shijna, P. K., [2005], “Inorganic polymer mortar from Class 'C' fly ash and blast furnace slag powder without Portland cement”, New Building Materials and Construction World, Vol. 10, No. 8, February, pp.10-19

[80] Rajamane, N. P., and Sabitha, D., [2005], “Effect of fly ash and silica fume on alkalinity of cement concrete”, Indian Concrete Journal, Vol. 79, No 3, March, pp. 43-51

[81] Rajamane, N. P., [2004], “A to Z answers on use of silica fume in high performance concrete”, Ambuja Technical Literature Series, No 96, Gujarat Ambuja Cements Limited, Technical services Division, Mumbai, April, pp 1-27

[82] Rajamane, N. P., [2005], “Making concrete green through use of fly ash”, Journal of Association of Consulting Civil Engineers, April, Bangalore, pp 55—61.

[83] Rajamane, N. P., [2005], “A general formula to replace concrete BIS mix design curves of SP:23 (S&T)-1981”, New Building Materials and Construction World, Vol. 10, No. 11, May 2005, pp 124-129

[84] Rajamane, N. P., [2005], "Understanding contributions of silica fume to cement concretes”, The Masterbuilder, July, pp 46-49

[85] Annie Peter, J., N. Lakshmanan, P. Devadas Manoharan N. P., Rajamane, and S. Gopalakrishnan, [2004], “Flexural behaviour of reinforced concrete beams using self- compacting concrete”, The Indian Concrete Journal, Vol. 78, No.6, June, pp. 66 -72

[86] Rajamane, N. P., [2004], “A procedure for concrete mix design using provisions of IS:456-2000”, New Building Materials and Construction World, Vol. 9, No 12, June, pp 74-89

[87] Rajamane, N. P., [2004], “Making concrete green through use of fly ash”, Journal of Builders Association of India-Southern Centre, Issue No 3/2004-2005, Chennai, August-September, pp 32—36.

[88] Rajamane, N. P., Annie Peter, J., Sabitha D., and Gopalakrishnan S., [2004], ”Studies on development of bonded fly ash aggregates for use as coarse aggregate in structural grade concretes,” New Building Materials and Construction World, Vol.10, Issue 4, October, pp. 60-70.

[89] Rajamane, N. P., [2003]," Analytical estimate for water for chemical hydration of Portland cement," The Indian Concrete Journal, Vol. 77, N0. 2, February, pp 873-878

[90] Rajamane, N. P., Neelamegam, M., Annie Peter, J., Dattatreya, J. K., and Gopalakrishnan, S., [2003], "Measuring reduction in heat of hydration in cement paste containing fly ash by non-evaporable water content measurement technique," The Indian Concrete Journal, Vol. 77, No. 4, April, pp 1035-1039

[91] Rajamane, N. P., [2003], "Concrete grades in IS:456-2000 for durability with reference to distance from coastal line," The Masterbuilder, Chennai, Vol. , No. 4, Aug-Sept, pp 30-39

[92] Rajamane, N. P., [2003], "Making concrete ‘green’ through use of fly ash," Green Business Opportunities, Confederation of Indian Industry (CII), Vol. 9, No. 4, Oct.-Dec., pp 22-29

[93] Rajamane, N. P., Sabitha D., Annie Peter, J. and Gopalakrishnan S., [2003], “Alkalinity of water for use in cement concrete in accordance with IS: 456-200 – a technical view”, New Building Materials and Construction World, Vol. 9, No 6, December, pp 46-57

[94] Rajamane, N. P., Ramachandramurthy D S., and Ravi S., [2003], “Application of Ferrocement and polymeric materials for repair of corrosion damaged hyperboloid overhead water tank structure”, Journal of ferrocement, Volume 33, No 1, pp 43-54

[95] Annie Peter J., Rajamane, N. P., Neelamegam, M., Dattatreya, J. K., Gopalakrishnan, S., [2004], ”Improvement in microstructural properties and corrosion resistance of HPC by


partial replacement of cement by ground granulated blast furnace slag”, Highway Research Bulletin published by Indian Road Congress, No. 68, November, pp 1-11

[96] Rajamane, N. P., [2002],”A procedure for concrete mix design using provisions of IS:456-2000”, The Masterbuilder, Jan-Feb, pp 38-44

[97] Rajamane, N. P., [2002],”An analytical estimate for water for complete chemical hydration of Portland cement”, The Indian Concrete Journal, February, pp 105-110.

[98] Rajamane, N. P., [2002], “Views on silica fume concrete technology in Indian context”, The Masterbuilder, Vol. 4, No. 2, April-May, pp 87-92.

[99] Rajamane, N. P., Dattatreya, J. K., Neelamegam, M., Annie Peter, J., and Gopalakrishnan, S., [2002], “Utility of Newly Developed Natural Rubber Latex Modified Cement Concretes”, New Building Materials and Construction World, July, pp 16-26

[100] Rajamane, N. P., [2002], “A spread sheet approach for concrete mix design”, The Masterbuilder, July-August, pp 25-32

[101] Rajamane, N. P., J. Annie Peter, M. Neelamegam, J. K. Dattatreya, and S. Gopalakrishnan, [2002],"Effect of air-entraining agent on cement composites containing mineral admixtures," The Indian Concrete Journal, Vol. 76, N0. 9, Sept, pp 581-585

[102] Rajamane, N. P., Annie Peter, J., Neelamegam, M., Dattatreya, J. K., and Gopalakrishnan S., [2002],"Effect of air-entraining agent on cement composites containing mineral admixtures," The Indian Concrete Journal, Vol. 76, No. 9, Sept, pp 581-585.

[103] Dattatreya, J. K., Rajamane, N. P., Neelamegam, M., Annie Peter, J., and Gopalakrishnan, S., [2002], “Technical Consideration for use of Fly Ash In Structural Concrete – A Critical View,” New Building Materials and Construction World, Oct, pp 56-71

[104] Rajamane, N. P., [2002],"Understanding alkalinity of cement concrete," The Masterbuilder, Vol. 4, N0. 5, October-December, pp 86-89.

[105] Gopalakrishnan, S., Rajamane, N. P., Dattatreya, J. K., Neelamegam, M., and Annie Peter, J., [2001], “Effect of partial replacement of cement with fly ash on the strength and durability characteristics of high performance concrete”, The Indian Concrete Journal, May, pp 335-341

[106] Annie Peter, J., Rajamane, N. P., Neelamegam, M., Dattatreya, J. K., Gopalakrishnan, S., [2001],”Improvement in properties of HPC with partial replacement of cement by ground granulated blast furnace slag”, Journal of Institution of Engineers (I), October, pp 149-161.

[107] Rajamane, N. P., “References to blended cement concretes in IS:456-2000 “, [2001], Journal of New Building Materials and Construction World, Vol. 7, November, pp 57-69

[108] Rajamane, N. P., [2001], Discussion on “Effect of partial replacement of cement with fly ash on the strength and durability of HPC”, The Indian Concrete Journal, December, pp 755-756

[109] Neelamegam, M., Dattatreya J. K., Rajamane N. P.,, J. Annie Peter, and S. Gopalakrishnan, [2000], “Development of durable cement concrete using natural rubber latex”, The Indian Concrete Journal, Vol. 74, No. 8, August, pp 472-479

[110] Rajamane, N. P., [1995], Discussion on “Mix proportioning, properties and strength characteristics of Portland cement and pulverised fuel ash concrete,” ICI Bulletin No 51, April-June, pp 6-7

[111] Rajamane, N. P., [1995], Discussion on “Efficient fibre placement in FRC beams – an experimental study,” ICI Bulletin No 52, July-September, pp 6-7

[112] Parameswaran, V. S., Rajamane, N. P., Neelamegam, M., and Balasubramanian K., [1993], “Strengthening of a massive concrete foundation block of a diesel generator set”, Indian Concrete Journal, October, pp. 489-491

[113] Rajamane, N. P., Rajagopal R. S., Anne Peter J., and Parameswaran, V. S., [1992],


Discussion on “Corrosion of steel in concrete with and without silica fume”, Cement and Concrete Research, Vol. 22, No. 1, January, pp.186-187

[114] Rajamane, N. P., and Parameswaran, V. S., [1992], Discussion on “Influence of polymer modification on the adhesion of cement paste to aggregates”, Cement and Concrete Research, Vol. 22, No. 1, January, pp.195-96

[115] Rajamane, N. P., Rajagopal R. S., and Parameswaran, V. S., [1992], Discussion on “Durability of fibre reinforced mortar”, ACI Materials Journal, March-April, pp.215-216

[116] Rajamane, N. P., and Parameswaran, V. S., [1992], Discussion on “Correlation formula in non-destructive testing for concrete strength”, Journal of Structural Engineering, Vol. 19, No. 1, April, pp 47-48.

[117] Rajamane, N. P., [1992], Discussion on “Behaviour of ferro-cement elements in compression”, ICI Bulletin No. 39, June.

[118] Rajamane, N. P., [1992], Discussion on “Experimental investigations of strengthening of reinforced concrete beams with epoxy grouting,” ICI Bulletin No 39, June.

[119] Rajamane, N. P., [1992], Discussion on “Review of recent research in alkali activated concrete in China”, Magazine of Concrete Research, Vol. 44, No. 159, June, pp.137-139

[120] Rajamane, N. P., [1992], Discussion on “Testing and evaluation of concrete strength in structures”, ACI Materials Journal, July-August, pp.430-431

[121] Rajamane, N. P., and Parameswaran, V. S., [1992], Discussion on “Do fibres tensile strength of cement based matrices”, ACI Materials Journal, Sept-Oct, pp.527-528

[122] Rajamane, N. P., [1991], Discussion on “Use of plasticiser to increase the strength of concrete,” ICI Bulletin No 34, March, pp 10-11.

[123] Rajamane, N. P., Kalyanasundaram, P, [1991], Discussion on “Corrosion Influence on Bond between Steel and Concrete”, ACI Materials Journal, Vol. 97, No. 2, March-April.

[124] Rajamane, N. P., [1991], Discussion on “Whether superplasticisers increase the strength of concrete as compared to that of controlled concrete under conditions of no alterations in mix design parameters,” ICI Bulletin No 34, March, pp 10-11

[125] Rajamane, N. P., [1991], Discussion on “Revision of IS 456-1978 – an approach suggested,” ICI Bulletin No 35, June, pp 12-13

[126] Rajamane, N. P., [1991], Discussion on “Concrete mix design and minimum cement for durability,” ICI Bulletin No 36, September, pp 13-14.

[127] Rajamane, N. P., [1991], Discussion on “Cavitation resistance coatings for hydraulic structures”, ACI Materials Journal, September-October, p.588

[128] Rajamane, N. P., and Sreenath H G, [1991], Discussion on “Carbonation and corrosion of rebars in salt contaminated OPC/PFA concretes”, Cement and Concrete Research, Vol. 21, No. 6, November, pp.1180-1182

[129] Rajamane, N. P., [1991], Discussion on “Chloride intrusion of concrete cured at different temperatures”, ACI Materials Journal, Vol. 88, No. 6, November-December, pp.676-677

[130] Rajamane, N. P., and Sreenath H G., [1991], Discussion on “Corrosion state of reinforcing steel in concrete cured at early ages”, ACI Materials Journal, November-December, p.680

[131] Rajamane, N. P., [1991], Discussion on “A study on path lengths on pulse velocity measurements and its utility to establish uniformity in concrete,” ICI Bulletin No 37, December, pp 7-8.

[132] Rajamane, N. P., [1991], Discussion on “Using microsilica to increase resistance to aggressive chemicals”, Concrete International, December, p 14

[133] Venkateswarlu B., Shanmugasundaram J., and Rajamane, N. P., [1987], “Limit state of collapse of concrete composites in flexure,” The Journal of The Institution of Engineers (India), No CI4, Vol. 87, January, pp 211-216


[134] Ramachandra Murthy, D.S. Paul Joseph, G., Rajamane, N. P., Sreenath, H.G., [1985], “Innovative building technologies for rural housing developed by SERC Madras”, Indian Planner & Builder , Vol. 5, No. 6, August.

[135] Subrahmanyam, B. V., Neelamegam, M., Rajamane, N. P., Paul Joseph J., Pandian G., Karim E. A, Rao E U, [1986], “Modular light beacon tower of polymer impregnated ferrocement”, International Journal of Ferrocement, Vol. 16, No. 3, Thailand, July, pp 263-271

[136] Subrahmanyam , Dr. B. V., Rajamane, N. P. and Balasubramanian, N., [1985], ‘A new low energy – intensive building material based on Laterite soils for low cost housing in Developing Nations,’ International Council for Building Research Studies and Documentation, Appropriate Building Materials for Low Cost Housing, Vol 1., E. & F. N. Spon, New York, p. 19 [17b]

[137] Subrahmanyam, B.V., Rajamane, N.P., Balasubramanian, N., Ramaswamy, G.S., Narayanaswani, A. and Chakravarthy, A., [1983],"A new low energy-intensive building material based on lateritic soils for low cost housing in developing nations", Appropriate Building Materials for Low Cost Housing, Proc. of Symp, Nairobi, Kenya, Nov 1983, E & F.N. Spon, New York, pp 18-22 [17a]

[138] Ganesh, Babu K., Subrahmanyam, B.V., Neelamegam, M., Rajamane, N.P., (1982), Strength and behaviour of superplasticized concretes Indian Concrete Journal 56 (6), pp. 159-163

[139] Ganesh Babu, K. Subrahmanyam, B. V., Neelamegam, M., and Rajamane, N. P., [1981], “Performance of fibre reinforced concrete with polymeric Superplasticisers”, The Bridge & Structural Engineer, Vol. 11, No. 3 , September

[140] Subrahmanyam, B. V., and Rajamane, N. P., [1980], “Building blocks from lateritic soils”, Journal of National building Organisation, Vol 15, No 1, April, pp 9-10

[141] Subrahmanyam, B. V., Neelamegam M., Rajamane N. P., [1980], Discussion on the Paper “Polymer-Impregnated Concrete at Dworshak Dam”, ASCE Journal of the Construction Division, June, p. 224

[142] Subrahmanyam, B.V., Babu, K. Ganesh, Rajamane, N.P., Neelamegan, M, (1978), “Strength and plastic ductility of polymer impregnated concrete beams and columns”, ASTM Special Technical Publication, Pages 229-244

Appendix C-3Publications on Geopolymers (115Nos, 28 Mar 2016)

Year 2005[1] Rajamane, N. P, Sabitha D., Sajana Mary James, Gopalakrishnan S., [2005], “Studies on

development of geo-polymeric low-energy cement from fly ash for structural applications”, Proceed. of the International Conference on Advances in Concrete Composites and Structures, ICAS 2005, 6-8 January, SERC, Chennai, India, pp 219-226

[2] Rajamane, N. P., Sabitha, D. and Shijna, P. K., “Feasibility of achieving 40 MPa in 40 hours in mortars without Portland cement using Class F fly ash and blast furnace slag powder”, Proceedings of the National Seminar on Building Materials & Technology for Sustainable Development, Ahmedabad, January 2005, pp 221-227

[3] Rajamane, N. P., Sabitha, D., and Sajana Mary James, [2005], “Potential of industrial wastes to produce geo-polymeric mortar of practical utility - a study“, Indian Concrete Institute Journal, Vol. 5, No 4, January-March, pp.9-20.

[4] Rajamane, N. P., Sabitha, D. and Shijna, P. K., [2005], “Inorganic polymer mortar from


http://www.scopus.com/authid/detail.url?authorId=6602591432&eid=2-s2.0-0018211998

Class 'C' fly ash and blast furnace slag powder without Portland cement”, New Building Materials and Construction World, Vol. 10, No. 8, February, pp.10-19

[5] Rajamane, N. P., Sabitha, D. and Shijna, P. K., [2005], “Feasibility of achieving 40 MPa in 40 hours in mortars without Portland cement using Class F fly ash and blast furnace slag powder”, Civil Engineering and Construction Review, New Delhi, Vol. 18, No. 4, April, pp 36-44.

[6] Rajamane N. P., D. Sabitha, [2005], “Studies on geo-polymer mortars using fly ash and blast furnace slag powder”, International Congress on Fly Ash, Fly Ash India 2005, 4 - 7 December 2005, New Delhi, India, In CD form, Chapter VI, Paper No 0019, pp 1-7 (Was awarded Best Paper Prize during the Conference)

Year 2006[7] Rajamane N. P., P. S. Ambily and D. Sabitha, [2006], “Studies on Geopolymer Concretes

Containing Sintered Fly Ash Aggregates and Granite Aggregates”, Proceed of Fifth Asian Symposium ON Polymers In Concrete, 5TH ASPIC, 11-12 September, 2006, Structural Engineering Research Centre, Chennai, India, Vol 2, pp – 513-520

[8] Rajamane N P and Ambily P S, [2006], “Recent Developments in Alternate Materials for Cement, Sand and Blue Metal - Fly Ash Based Alternate for Full Replacement of Portland Cement in Concrete,” Colloquium on Mineral Potentialities of Tamil Nadu and Kerala –A Macro Level Review with a Thrust on XI Five Year Plan, Organised by Indian Mining Engineers Association of India, Tamil Nadu Chapter, 13 October 2006, Chennai, pp 76-91.

Year 2007[9] Ambily P. S., M. Merin, S. Sharmila, N.P. Rajamane, and V. Muruganandam, [2007],

‘Studies on coefficient of linear thermal expansion of geopolymer composites’, National Seminar on Modern Trends in Structural Design and Construction Practices, Anna University, 23-24 March, pp 314-320

[10] Merin M., N.P. Rajamane, P.S. Ambily, S. Sharmila and V. Muruganandam, [2007], “Studies on coefficient of linear thermal expansion of mortars”, 2nd National Conference on Recent trends in concrete composites for structural systems (RTCCSS-07), 14-15 March, Kongu Engineering College, Erode, pp 290-294

[11] Rajamane N P, [2007], “Fly Ash Based Alternate for Full Replacement of Portland Cement”, Proceed. of National Seminar on Fly ash Utilization Avenues in Civil Engineering FAUACE 2007, 9-10 March, KLE Society's College of Engineering & Technology, Belgaum, 9-10 March, pp 32-37

[12] Rajamane, N. P., Ambily, P. S., Sharmila, S., Merin, M., and Muruganandam, V., [2007], ‘Reduction in Linear Thermal Expansion of Cement Mortar due to addition of Fly Ash Aggregates’, Civil Engineering and Construction Review (CE & CR), Vol. 20, No. 6, June, pp. 66-72

Year 2008[13] Rajamane, N. P., [2008], “Potential for replacement of every ingredient of cement concrete

by fly ash (with particular reference to work carried out at SERC, Chennai”, National workshop fly ash utilisation, organised by NTPC, Simhadri, Visakhapatnam, 21st March 2008, pp.1-41 (in CD form).

[14] Rajamane N. P. , M C Nataraja, N Lakshmanan, and P S Ambily, [2007], “GGBS based geopolymer concretes with and without fly ash”, National Seminar on Engineered Concretes, 28-29 March, Bangalore, organised by ICI Karnataka Bangalore Centre, pp 26-35

Year 2009[15] Rajamane, N. P., N Lakshmanan, and Nataraja M C, [2009], ‘Studies on geopolymer


concretes having fly ash based lightweight aggregates’, Civil Engineering and Construction Review (CE & CR), Vol. 22, No. 2, Feb, pp. 70-77

[16] Rajamane N. P. , M C Nataraja, N Lakshmanan, and P S Ambily, [2009], “GGBS based geopolymer concretes with and without fly ash”, National Seminar on Engineered Concretes, 28-29 March, Bangalore, organised by ICI Karnataka Bangalore Centre, pp 26-35

[17] Sumesh Shankar, N.P. Rajamane, J.K. Dattatreya, and H.R. Dhananjaya, [2009], “A Study on bond strength of steel rebar with geopolymer concrete”, Proceedings of the National Conference on “Innovation in civil engineering”, 19-20 March, Department of Civil Engineering, B.S. Abdur Rahman Crescent Engg College, Chennai

[18] Sathish E., J. K. Dattatreya, N. P. Rajamane, D. Sabitha and R. Srinivasa Raghavan, [2009], “Sulphuric acid attack on geopolymer concrete and Portland plain cement concrete”, Proceedings of the National Conference on “Innovation in civil engineering”, 19-20 March, Department of Civil Engineering, B.S. Abdur Rahman Crescent Engg College, Chennai

[19] Saranya V., N.P. Rajamane, J.K. Dattatreya, and Angeline Prabhavathy, [2009], “Investigation on bond-slip behaviour of geopolymer concrete with steel reinforcement”, Proceedings of the National Conference on “Advances & Innovations in Civil Engineering”, March, Department of Civil Engineering, Mepco Schlenk Engineering College, Sivakasi

[20] Saranya V., N.P. Rajamane, J.K. Dattatreya, and Angeline Prabhavathy, [2009], “Effect of bar diameter on bond-slip behaviour of fly ash based geopolymer concretes”, Proceedings of the National Conference on “Recent trends in concrete composites for structural systems”, April, Department of Civil Engineering, Kongu Engineering College, Erode

[21] Sumesh Shankar, N.P. Rajamane, J.K. Dattatreya, and H.R. Dhananjaya, [2009], “Effect of fly ash content on bond strengths of geopolymer concretes”, Proceedings of the National Conference on “Recent trends in concrete composites for structural systems”, April, Department of Civil Engineering, Kongu Engineering College, Erode

[22] Sathish E., J. K. Dattatreya, N. P. Rajamane, D. Sabitha and R. Srinivasaraghavan, [2009], “Studies on sulphuric acid resistance of geopolymer concretes”, Proceedings of the National Conference on “Recent trends in concrete composites for structural systems”, April, Department of Civil Engineering, Kongu Engineering College, Erode

[23] Sumesh Shankar, N.P. Rajamane, J.K. Dattatreya, and H.R. Dhananjaya, [2009], “Flexural behaviour of reinforced geopolymer concrete beams”, Proceedings of the National Seminar on “Performance of disaster resistant structures”, 7-8 May, Structural Engineering Division, College of Engineering Guindy, Anna University, Chennai

[24] Rajamane N P, Nataraja M C, N Lakshmanan, and P S Ambily, [2009], ‘Geopolymer Concrete - An Alternate Structural Concrete’, All India seminar on concrete Dams ConcDams'09, 2-3 October, Nagpur, organised by the Institute of Engineer (India), Nagpur Local centre and Indian Concrete institute, Nagpur centre, pp 274-278

[25] Rajamane N. P., N Lakshmanan, Nataraja M C and P S Ambily, [2009], ‘Properties Of Geopolymer Concretes With Aggregates From Fly Ash And Crushed Stone’, All India seminar on concrete Dams ConcDams'09, 2-3 October, Nagpur, organised by the Institute of Engineer (India), Nagpur Local centre and Indian Concrete institute, Nagpur centre, pp 287-294

[26] Rajamane N. P., Nataraja M C, N Lakshmanan, and P S Ambily, [2009], ‘Comparison of geopolymer concretes with sodium silicate solutions of molar ratios of 2.2 and 3.2,’ All India seminar on concrete Dams ConcDams'09, 2-3 October, Nagpur, organised by the Institute of Engineer (India), Nagpur Local centre and Indian Concrete institute, Nagpur


centre, pp 279-286[27] Rajamane N. P. and P. S. Ambily, [2009], ‘Potential of Fly Ash Aggregates for Self Curing

of Cement Mortars’, All India seminar on concrete Dams ConcDams'09, 2-3 October, Nagpur, organised by the Institute of Engineer (India), Nagpur Local centre and Indian Concrete institute, Nagpur centre, pp 279-286

[28] Rajamane N. P., D. Sabitha, Nataraja M C, N Lakshmanan, and J.K. Dattatreya, [2009], ‘Studies On Sulphuric Acid Resistance Of Geopolymer Concretes,’ National Seminar On Green Structures For Sustainability, 10 – 11 October, ICI UP Allahabad Centre, pp II-31 to II-40 (In CD form)

[29] Ambily P.S, N.P. Rajamane and J.K Dattatreya, [2009], “Use of copper slag as fine aggregate replacement in cement concrete”, International Seminar on Waste to Wealth, conducted by BMPTC, 12th-13th November, India Habitat Centre, New Delhi.

[30] N. P. Rajamane, Nataraja M C, N Lakshmanan, and P S Ambily, [2009], “Thermal expansion coefficient of geopolymer composites”, International Seminar on Waste to Wealth, conducted by BMPTC, 12th-13th , India Habitat Centre, New Delhi.

[31] Rajamane N. P., M. C. Nataraja, N. Lakshmanan, and P. S. Ambily, [2009], “Geopolymer concrete –An ecofriendly concrete”, The Masterbuilder, , Vol.11, No. 11, November, pp 200-206

[32] N. P. Rajamane, Nataraja M C, N Lakshmanan, and J.K Dattatreya, [2009], “Flexural Behaviour of Reinforced Geopolymer Concrete Beams”, International Seminar on Waste to Wealth, conducted by BMPTC, 12th-13th, India Habitat Centre, New Delhi

[33] Rajamane N. P., N. Lakshmanan, and M. C. Nataraja, [2009], “Geopolymer concrete –A new ecofriendly material of construction”, The Masterbuilder, , Vol.15, No. 6, December, pp 128-132

Year 2010[34] Rajamane, N. P., J. K. Dattatreya, and P S Ambily, [2010], "Compatibility of

Geopolymeric Cement with Superplasticisers Formulated for Portland Cement”, ‘ICI-IITM Workshop on Compatibility Issues Between Cement and Chemical Admixture in Concrete’, IC&SR Building, IIT Madras, 9th April 2010, pp 30-33

[35] Rajamane N. P., J. K. Dattatreya, P S Ambily, and D. Sabitha, [2010], “Effect of Portland Cement Compatible Superplasticiser in GGBS Based Geopolymeric Cement Concrete”, National Conference on “Trends and Advances in Civil Engineering, TRACE-2010, 21-22 April, BSAR University, Chennai, pp 1-6

[36] Sharmila S., K.Nalinaa, N. P. Rajamane, [2010], “Effect of shear span on the behaviour of shear critical reinforced geopolymer concrete beams – an analytical study”, Proceedings of National Symposium for Post Graduate Students (NSPGS 2010), 24 – 25 April 2010: Vol 4 – Civil, Materials& Metallurgy, pp 1-6

[37] Rajamane, N. P., N Lakshmanan, P S Ambily and M C Nataraja, [2010], ‘Effect of molar ratio of sodium silicate on compressive strength of geopolymer concretes’, Civil Engineering and Construction Review (CE & CR), Vol. 23, No. 8, August, pp. 94-101

[38] Rajamane, N. P., Annie Peter J. and D Sabitha, [2010], " Studies on Nature of Compatibility between Superplasticiser and Binder Pastes”, National Workshop on Compatibility Issues Between Cement and Chemical Admixture in Concrete, IIITH, ICI AP Hyderabad Centre, 17th September 2010, pp 28-33

[39] Rajamane, N. P., M C Nataraja, N Lakshmanan, and, P S Ambily [2010], “A study on coefficient of thermal expansion of geopolymer mortars”, New Building Materials and Construction World, November, 16(5) 242-247

[40] Dattatreya J. K., B H Bharatkumar, and N. P. Rajamane, [2010], “Geopolymer Cement


Concretes – a viable and green alternative to Portland cement based structural concrete”, Proceed of the Asian Conference on Concrete ACECON 2010, Organised by the Indian Concrete Institute and the Indian Institute of Technology Madras, 5-9 Dec, pp 243-256

[41] Madheswaran C. K., Dattatreya J. K, Karansingh P.R, Rajamane N. P., and Kalappa M.S., [2010], “Behaviour of geopolymer cement concrete slabs under low velocity repeated impact loading”, Proceed of the Asian Conference on Concrete ACECON 2010, Organised by the Indian Concrete Institute and the Indian Institute of Technology Madras, 5-9 December, pp 571-578

[42] Rajamane N. P., Nataraja M. C, Lakshmanan, Dattatreya J. K and Sabitha, [2010], “Sulphuric acid resistance of geopolymer concretes”, Proceed of the Asian Conference on Concrete ACECON 2010, Organised by the Indian Concrete Institute and the Indian Institute of Technology Madras, 5-9 December, pp 789-794

[43] Rajamane N.P., M.C. Nataraja, Lakshmanan, J.K. Dattatreya, and D. Sabitha, [2010], “Effect of 60 Days of Sulphuric Acid Attack on Geopolymer Concretes”, Proceed of the 7th Structural Engineering Convention SEC 2010, Annamalai University, Annamalainagar, 8-10 December, pp 558-556

[44] Rajamane N.P., M.C. Nataraja, N. Lakshmanan, and J.K. Dattatreya, [2010], “Flexural Behaviour of Reinforced Geopolymer Concrete Beams”, Proceed of the 7th Structural Engineering Convention SEC 2010, Annamalai University, Annamalainagar, 8-10 December, pp 617-625

Year 2011[45] Rajamane N.P., M.C. Nataraja, and N. Lakshmanan, [2011], “Geopolymer mortar - an

ecofriendly zero-Portland cement matrix for ferrocement”, Proceed of the National Conference on Ferrocement, "FS-2011”, May 13-14, 2011, Pune, pp 53-60

[46] Rajamane N.P., M.C. Nataraja, and N. Lakshmanan, [2011], “Attack of sodium sulphate on Portland cement is more severe than on geopolymer concretes – a study”, Proceed of the National Conference on Ferrocement, "FS-2011”, May 13-14, 2011, Pune, pp 61-68

[47] Rajamane N.P., M.C. Nataraja, N. Lakshmanan, and J.K. Dattatreya, [2011], “Sulphuric Acid Resistance Tests on Geopolymer Concretes”, Proceed of the National Conference on Advances in Materials and Structures, "RARCS - 2011”, organised by Indian Concrete Institute, Gaziabad, February 10-11, 2011, Noida, UP, pp 000-000

[48] Rajamane N.P., M.C. Nataraja, N. Lakshmanan, and J.K. Dattatreya, [2011], “Pull –Out Tests for Strengths of Geopolymer Concretes”, Proceed of the National Conference on Advances in Materials and Structures, "AMAS - 2011”, February 3-4, 2011, Pondicherry, pp 350-358

[49] Rajamane N.P., M.C. Nataraja, N. Lakshmanan, and J.K. Dattatreya, [2011], “Effect on sulphuric acid resistance of slab based Geopolymer concrete due to addition of fly ash”, Proceed of the National Conference on Advances in Materials and Structures, "AMAS - 2011”, February 3-4, 2011, Pondicherry, pp 359-365

[50] Rajamane N.P., M.C. Nataraja, N. Lakshmanan, and J.K. Dattatreya, [2011], “Applicability of Acceptance Criteria of IS:456-2000 to GGBS based Self Curing Geopolymer Concrete”, Proceed of the National Conference on Advances in Materials and Structures, "AMAS - 2011”, February 3-4, 2011, Pondicherry, pp 370-378

[51] Rajamane N.P., M.C. Nataraja, and N. Lakshmanan, [2011], “Attack of sodium sulphate on Portland cement is more severe than on geopolymer concretes – a study”, Proceed of the National Conference on Ferrocement, "FS-2011”, May 13-14, 2011, Pune, pp 61-68

[52] Rajamane N.P., J. K. Dattatreya, D.Sabitha, P.S. Ambily, M C Nataraja, and N Lakshmanan, [2011], “Plant production of fly ash based geopolymeric building


blocks/pavers – a study”, National Workshop On Utilisation Of Fly Ash (UFA 11) June 10-11, 2011, SVNIT, Surat, pp

[53] Rajamane N.P., M.C. Nataraja, N. Lakshmanan, and J.K. Dattatreya, [2011], “Pull-out Tests for Bond Strengths of Geo-polymer Concretes”, Proceed of National Seminar on Design & Construction of Bridges, Vol. 1, 22nd – 24th July 2011, Hyderabad, organised by IIBE, pp 189-208

[54] Rajamane N.P., J. K. Dattatreya, D. Sabitha, P.S. Ambily, N Lakshmanan, and M C Nataraja, [2011], “Plant production of fly ash based geopolymeric building blocks/pavers – a study”, The Masterbuilder, Vol 13, No 8, August, pp 146-149

[55] Rajamane N. P., Nataraja M. C., Lakshmanan, and Dattatreya J. K., (2011), Rapid chloride permeability test on geopolymer and Portland cement concretes, The Indian Concrete Journal, Vol. 85, No 10, Oct, pp 21-26

[56] Rajamane N. P., Nataraja M. C. and Jeyalakshmi R., (2011), Lowering Carbon Footprint of Concrete by Substitution of Portland Cement with Industrial Waste Based Geopolymer, National Level Seminar on Carbon Management in the Current Global Scenario - 20th October, AMET University, Chennai, pp 21-22

[57] N. P. Rajamane , M. C. Nataraja, N. Lakshmanan, and J. K. Dattatreya, [2011], "Rapid migration test for comparison of chloride penetration into geopolymer and Portland pozzolana cement concretes", International Journal of 3R's (Apr-Jun,2011), Vol.2, No.2, pp 246-252

[58] Rajamane N. P., M. C. Nataraja, N. Lakshmanan, and J. K. Dattatreya, [2011], "An overview of geopolymer concretes made from indigenous GGBS and fly ash", International Journal of 3R's (July-Sept,2011), Vol.2, No.3, pp 295-308

[59] Dattatreya J K, Rajamane NP , Sabitha D, Ambily P S, Nataraja MC, [2011], " Flexural behaviour of reinforced Geopolymer concrete beams", International Journal Of Civil And Structural Engineering, Vol.2, No.1, pp 138-159

[60] Rajamane N. P., Nataraja M. C., Lakshmanan, and Dattatreya J. K., (2011), “An introduction to geopolymer concrete”, Article under Master Series”, The Indian Concrete Journal, Vol. 85, No 11, Nov, pp 11-14

[61] Rajamane N. P., Nataraja M. C., Lakshmanan, and Ambily P S, (2011), “Earthquake resistant low carbon footprint concrete from industrial wastes (Steel fibre reinforced lightweight concrete with geopolymer)”, Proceed of IEC 2011, Dec 15-18, Organised by IE(I) Karnataka Centre, Bangalore, Paper No 79, p 50

[62] Rajamane N. P., Nataraja M. C., and Jeyalakshmi R, (2011), “Industrial waste based geopolymer reduces carbon footprint and enhances eco-friendliness of concrete”, Proceed of 2nd International Conference on and Exhibition on Municipal Services, Urban Development, Public Works & Clean technology Solid Waste Management, Nov 9-11, IconSWM 2011, Kolkata, pp 719-728

[63] Rajamane N. P., Nataraja M. C., Lakshmanan, and Dattatreya J.K., [2011], “Accelerated Test For Corrosion Of Steel In Geopolymer Concretes”, Indian Concrete Institute Journal, Vol. 12, No 3, Oct-Dec, pp 7 -15

Year 2012[64] Rajamane N P, M C Nataraja, N Lakshmanan, J K Dattatreya & D Sabitha, (2012),

“Sulphuric acid resistant ecofriendly concrete from geopolymerisation of blast furnace slag”, Indian Journal of Engineering & Materials Sciences, Vol. 19, October, pp. 357-367

[65] Rajamane N. P., Nataraja M. C., N. Lakshmanan and J. K. Dattatreya, (2012), “Pull-out tests for bond strengths of geopolymer concretes”, The Indian Concrete Journal, Vol. 86, No 10, Oct., pp 25-34


[66] Rajamane N. P., Nataraja M. C., N. Lakshmanan and R. Jeyalakshmi, (2012), “Studies on physical properties and equations for density of activator solutions of geopolymer concretes”, The Indian Concrete Journal, Vol. 86, No 09, Sept., pp 49-59

[67] Rajamane N. P., M. C. Nataraja, N. Lakshmanan, J. K. Dattatreya , (2012), " Studies on use of potassium silicate as replacement for sodium silicate in Alkali Activator Solution of GGBS based self-curing geopolymer concrete ", International Journal of 3R’s, Vol. 3, N0. 1, January-March, pp 378-388

[68] Rajamane N. P., Nataraja M. C., Dattatreya J. K., and Jeyalakshmi R, [2012], “Developments in Alternates to Energy Intensive High Carbon Foot printed Portland Cements”, 3rd International Conference on Solid waste Management and Exhibition (IconSWM2012), Mysore, pp 677-690

[69] Rajamane N.P., M.C. Nataraja, N. Lakshmanan, J.K. Dattatreya , Jeyalakshmi R, [2012], “Ecofriendly Concrete from Blast Furnace Slag Waste with High Sulphuric Acid Resistance”, 3rd International Conference on Solid waste Management and Exhibition (IconSWM2012), Mysore, pp 735-739



[72] Rajamane N. P., Nataraja M. C., J.K. Dattatreya, N. Lakshmanan and D. Sabitha., (2012), “Sulphate resistance and eco-friendliness of geopolymer concretes”, The Indian Concrete Journal, Vol. 86, No 1, Jan., pp 13-22

[73] Rajamane N. P., Nataraja M. C., J.K. Dattatreya, N. Lakshmanan and D. Sabitha., (2012), “Strength loss in Portland cement and geopolymer concretes by Magnesium Sulphate”, Civil Engineering and Construction Review (CE & CR), Vol. 25, No. 1, Jan, pp. 108-114

[74] Rajamane N. P., Nataraja M. C., Dattatreya J. K., and Lakshmanan N, (2012), “Concrete Without Portland Cement - Recent Developments”, Proceed of National Seminar on Recent Developments in Concrete Science and Technology, SIT, Tumkur, pp 198-225

[75] Rajamane N. P., M. C. Nataraja, N. Lakshmanan, J. K. Dattatreya, P. S. Ambily, and R Jeyalaksmi, [2012], “Multifaceted Successful Roles of Fly Ash in Concretes”, Proceed of Regional Seminar on Fly ash Management, Raigarh, Chattisgarh, 15th March, organised by JSPL and FTMA, pp 34-42

Year 2013[76] Rajamane N P, M C Nataraja, and N Lakshmanan, (2013), “Industrial waste based novel

geopolymer concretes with Zero-Portland cement and high ductility for earthquake resistant structures”, ISTE - SRM Short Term Training Program on Disaster Resistant Structures Design, Retrofitting, Mitigation & Management June 24 - 29 , 2013, pp. 11-33

[77] Rajamane N P, M C Nataraja, N Lakshmanan, and R Jeyalakshmi, (2013), “Strength and Durability Aspects of Geopolymer Concretes”, National Level Technical Seminar on “Durability and Strength Aspects of the Concrete” on 25-26 July 2013, Erode Sengunthar Engineering College, Erode, pp 12-50

[78] Rajamane N P, M C Nataraja, N Lakshmanan, and R Jeyalakshmi, (2013), “Industrial wastes produce strong and durable geopolymer concretes – a study”, National Seminar on “Effective Utilisation of Industrial wastes”, August 8-9, St. Peter's University, Avadi, Chennai, pp K2:2-25

[79] Rajamane N P, and R Jeyalakshmi, [2013], ‘Ecological and Economical Aspects of


Geopolymer Concretes’, Invited paper, Proceed. National Seminar on QICE’13, Vel Tech High Tech Dr. Rangarajan Dr. Sakunthala Engineering College, Avadi, Chennai, 30th Oct, pp i-ix.

[80] Harsha Vardhan, M. Dhinesh, Rajamane N. P, Jeyalakshmi R., [2013], “Clay based binder for concretes,” ISCA Regional Science Congress 12 13 December, SRM University, Kattankulathur, p 30

[81] Rajamane N.P, Jeyalakshmi R., [2013], “Ecofriendly Low embodied energy cement from Industrial bi- product en construction,” ISCA Regional Science Congress 12 13 December, SRM University, Kattankulathur, p 31

[82] Bhagathram U, Dr. Rajamane N. P, and Dr. BSM Kumar, [2013], “Characterisation of activators for geopolymer concretes”, ISCA Regional Science Congress 12 13 December, SRM University, Kattankulathur, p 22

[83] Rajamane N.P, Jeyalakshmi R., [2013], “Ecological and economical aspects of fly ash-GGBS based geopolymer concretes,” Asia Pacific Conclave - 2013 on ‘Fly ash based geopolymeric binders, concretes and other building materials’, Kolkata, p 22

[84] Harsha Vardhan K., Dhinesh M., Dr Jeyalakshmi R., and Dr Rajamane N. P., [2013], “Effects of Metakaolin on GGBS Based Geopolymer Concretes,” www academia edu 5310316, pp 1-12

Year 2014[85] Rajamane N. P., Nataraja M. C., and Jeyalakshmi R., [2014], “Self-curing geopolymer

concretes with GGBS, low and high calcium fly ashes for retrofitting of structures,” All India Seminar on Retrofitting of Concrete Structures-RETROFIT 2014, 24-25 Jan, Nagpur, pp 15-26

[86] Rajamane N. P., Nataraja M. C., and Jeyalakshmi R., [2014], “Eco-friendly Durable Greener Geopolymer Concretes Made from GGBS and Fly Ash for Structural Applications including Retrofitting,” 29th National Convention of Architectural Engineers: Innovative World of Construction Materials 31 Jan -1 Feb, 2014, Kolkata, India, Paper No 5, pp 1-26

[87] Rajamane N. P., Nataraja M C, and R. Jeyalakshmi, [2014], “Self Curing Geopolymer concretes using GGBS,Class C and Class F Fly Ashes”, Proceed. Of International Conference on Advances in Civil Engineering and Chemistry of Innovative Materials ACECIM'14 13th & 14th March 2014, SRM University, pp 776-788 [362]

[88] Rajamane N. P., Nataraja M. C. and Jeyalakshmi R., [2014], “Ecofriendly durable and strong geopolymer concretes with low carbon footprint made from GGBS and fly ash”, Proceed. National Conference on “Beneficial Use of Fly Ash in Construction Industry and Agriculture”, 23-24th May, Organised by: The Centre for Ash Utilization and Environment Conservation (CASHUTEC) and University of Agricultural Sciences, Raichur, ISBN No 978-81-9286551-9-5, pp 09, 76-99 [368]

[89] Rajamane N.P., M.C. Nataraja and R. Jeyalakshmi, (2014), “Pozzolanic industrial waste based geopolymer concretes with low carbon footprint”, The Indian Concrete Journal, Vol. 88, No 7, July, Special Issue on Future Cements, pp 49-68 [382]

[90] Rajamane N.P., M.C. Nataraja and R. Jeyalakshmi, (2014), Discussion on “Pozzolanic industrial waste based geopolymer concretes with low carbon footprint”, The Indian Concrete Journal, Vol. 88, No 8, August, Special Issue on Future Cements, pp 45-46 [384]

[91] Rajamane N.P., M. C. Nataraja, N. Lakshmanan and J. K. Dattatreya, (2014), “Pozzolanic industrial waste based geopolymer concretes with low carbon footprint”, ICI Journal, Vol. 15, July-Sept, pp 23-38 [385]

[92] Rajamane N.P., M.C. Nataraja and R. Jeyalakshmi, (2014), “Geopolymer concretes : eco-friendly alternate to Portland cement based concretes”, Invited paper no 17 at International


Seminar on Frontiers of Ceramic and Material Technologies for Cement Industries (CemSem2014), 17- 18 Nov, Gulbarga, Organised by Indian Ceramic Society and PDA College of Engg, p 69 [387]

[93] Rajamane N.P., Sriram Bollineni, R. Jeyalakshmi, and M. Dhinesh, (2014), “High Temperature Effects on Fly ash based Geopolymer Composites with and without ceramic additive”, Invited paper no 17 at International Seminar on Frontiers of Ceramic and Material Technologies for Cement Industries (CemSem2014), 17- 18 Nov, Gulbarga, Organised by Indian Ceramic Society and PDA College of Engg, Paper No P-1, p 75-76 [388]

[94] Madheswaran CK, PS Ambily, NP Rajamane, G Arun, (2014), “Studies on flexural behaviour of reinforced geopolymer concrete beams with lightweight aggregates”, International Journal of Civil & Structural Engineering, Vol 4, No 3, pp 294-303 [389]

[95] Rajamane N. P., and Jeyalakshmi R. (2014), “Quantities of sodium hydroxide solids and water to Prepare sodium hydroxide solution of Given molarity for geopolymer concrete mixes, ICI Update, ICI Technical Paper, Aug - Sep 2014, pp 4-8 [391]

Year 2015[96] Sangesh S, Rajamane N. P., R Jeyalakshmi, and J. Baskar Sundararaj, (2015),

“Development of new eco-friendly matrix in ferrocement studies”, Paper No CE08, Research Day 2015, SRM University, Kattankulathur, 41-42 p [392]

[97] Sriram Bollineni and Rajamane N P, (2015), “High temperature resistant eco-friendly concrete through geopolymerisation”, Paper No CE09, Research Day 2015, SRM University, Kattankulathur, 42 p [393]

[98] Vivek M S, Praneeth Annam, R Jeyalakshmi, and N P Rajamane, (2015), “Low carbon ‘Eco-blocks’ with alternates to sand and Portland cement through industrial wastes and geopolymerisation techniques”, Paper No CH07, Research Day 2015, SRM University, Kattankulathur, 47-48 p [394]

[99] Jeyalakshmi R., Dhinesh. M., J. Baskar Sundararaj, and Rajamane N. P., (2015), ‘Geopolymer: cement free binder system from industrial wastes’, paper No 115 under Theme Environment, Reg No 201503, Feb 02-05, ICEWEST 2005, Presidency College, Chennai, 18p [396]

[100] Rajamane N. P. and R Jeyalakshmi, (2015), “Eco-friendly Zero-Portland cement self cured concrete through geopolymerisation of fly ash and blast furnace slag powder”, 13-14 March, Proceed National seminar on Alternate Materials for Construction (AMCON 2015), Nagpur, (in CD), paper No 13, 18p [399]

[101] Rajamane N. P. and R. Jeyalakshmi, (2015), “Self-Cured Geopolymer Concrete using Fly Ash and Ground Granulated Blast Furnace”, Proceedings of the National Conference on Recent Trends In Civil Engineering (NCRTCE`15) MPNMJ Engineering College, Chennimalai, 27th March, pp 30-42 [404]

[102] Rajamane N. P. and R. Jeyalakshmi, (2015), “Geopolymer from Fly Ash and Blast Furnace Slag Powder as Eco-Friendly Binder”, Proceedings of the National Seminar on Recent Developments in Building Materials and Technologies, paper No RDBMT1519, Gandhigram Rural University, Gandhigram, Dindigul, India, p 19 [409]

[103] Rajamane N. P. & R. Jeyalakshmi, (2015), “Geopolymerisation of fly ash and blast furnace slag for structural concretes”, Third National Conference on 'Trendy and Sustainable Development in Civil Engineering, 15 th May, K.S.R.College Engineering Tiruchengode, pp 1-10 [414]

[104] Rajamane N. P., R. Jeyalakshmi, J. Baskar Sundar Raj, and S. Sangesh, (2015),


“Geopolymer as Binder Material in Ferrocement”, Third National Conference on 'Trendy and Sustainable Development in Civil Engineering, 15th May, K.S.R.College Engineering Tiruchengode, pp 72-77 [422]

[105] Rajamane N.P., R. Jeyalakshmi, Baskar Sundara Raj, and Sriram Bollineni “Effects of high temperature on Geopolymer composites”, Third National Conference on 'Trendy and Sustainable Development in Civil Engineering, 15th May, K.S.R.College Engineering Tiruchengode, pp 78-82 [423]

[106] Rajamane N. P., Nataraja M. C. & R. Jeyalakshmi, (2015), “Geopolymeric activation of blast furnace slag and fly ash for structural concretes’, ICI-JSW Conclave on Durable Construction Using GGBS, Chennai, (Paper No 1 of Group 5), 15 th May, p12 (CD form) (2015-424 ICI-JSWConclave May 15 NPR RJ TB GPC 12p) [424]

[107] Rajamane N. P. and Nataraja M. C., (2015), “GGBS Based Self Curing Geopolymer Concrete And Strength Acceptability Criteria OF IS:456-2000”, ICI-JSW Conclave on Durable Construction Using GGBS, Chennai, (Paper No 4 of Group 5), 15 th May, p9 (CD form) (2015-427 ICI-JSWConclave May 15 NPR MCN GPC 9p) [427]

[108] Rajamane N. P. & R. Jeyalakshmi, (2015), “Geopolymerisation of fly ash and blast furnace slag for structural concretes”, ICI-JSW Conclave on Durable Construction Using GGBS, Chennai, (Paper No 5 of Group 5), 15th May, p12 (CD form) (2015-428 ICI-

JSWConclave May 15 NPR GPC 12p) [428][109] Jeyalakshmi R., Dhinesh. M., Baskar Sundara Raj, Rajamane N.P., (2015), “Geopolymer:

Portland cement Free Binder System From Industrial Wastes”, International Journal of ChemTech Research CODEN (USA): IJCRGG ISSN: 0974-4290 Vol.7, No.7, pp 2846-2854 (2015-429 IntJChemTech V 7 No 7 2015 pp 2846-54 GPC RJ MD BS NPR 9p) [429]

[110] Rajamane N. P., M C Nataraja, R. Jeyalakshmi and S Nithiyanantham, (2015), “Greener durable concretes through geopolymerisation of blast furnace slag”, Materials Research Express, Vol 2, No 5, http://iopscience.iop.org/2053-1591/2/5/055502/, p8 (2015-432 NPR MCN RJ

SN Greener Dur GPC Mat Res express 8p) [432][111] Rajamane N P, Nataraja M. C, Lakshmanan N and Dattatreya J K, “Chloride permeability

of geopolymer and Portland cement concretes using bulk diffusion test”, Indian Concrete Institute Journal, July-Sept 2014, Vol. 15, No. 2, pp.1-6 [434] [was given The Best Paper award by The Indian Concrete Institute]

[112] Rajamane N P, and Jeyalakshmi R, “Quantities of sodium hydroxide solids and water to prepare sodium hydroxide solution of given molarity for Geopolymer Concrete mixes”, Indian Concrete Institute Journal, July-Sept 2015, Vol. 16, No. 2, pp.33-36 [435]

[113] Rajamane N P, and Jeyalakshmi R, “Formulae for sodium hydroxide solution preparation of known molar concentration for geopolymer concretes”, The Indian Concrete Journal, Nov 2015, Vol. 89, No. 11, pp. 47-56 [436]

[114] Jeyalakshmi R., Rajamane N. P., Baskara Sundararaj J, and Sivasakthi M, (2016), “Fire Resistant Low Carbon Footprint Geopolymer from Fly Ash”, ICI Journal, Jan-Mar, pp 9-14. [448]

[115] Namitha Lekshmi J , Rajamane N. P, Baskara Sundararaj J, and R Jeyalakshmi, (2016), “A study on residual strengths of geopolymer and Portland cement based mortars after exposure to high temperatures”, International conference on “Advances in Civil Engineering and Sustainable Construction” (ACESC 2016), 30th March to 1st April 2016, p5. [449]

[116] Boopalan C., N. P. Rajamane and R Jeyalakshmi, (2016), “A case study on lowering of carbon footprint of residential building construction with geopolymer concrete”,


International conference on “Advances in Civil Engineering and Sustainable Construction” (ACESC 2016), 30th March to 1st April 2016, p10. [450]

[117] Kapil Dev K, N.P Rajamane, J Baskar Sundar Raj, (2016), “Studies on strength and corrosion resistance of air cured portland cement matrix containing ‘self curing chemical admixture’”, International conference on “Advances in Civil Engineering and Sustainable Construction” (ACESC 2016), 30th March to 1st April 2016, p6. [454]

Appendix C-4Publications of N P Rajamane after joining SRMU (186 Nos)

Year 20101. Rajamane, N. P., N Lakshmanan, P S Ambily and M C Nataraja, [2010], ‘Effect of

molar ratio of sodium silicate on compressive strength of geopolymer concretes’, Civil Engineering and Construction Review (CE & CR), Vol. 23, No. 8, August, pp. 94-101. [258]

2. Rajamane, N. P., Annie Peter J. and D Sabitha, [2010], "Studies on Nature of Compatibility between Superplasticiser and Binder Pastes”, National Workshop on Compatibility Issues Between Cement and Chemical Admixture in Concrete, IIITH, ICI AP Hyderabad Centre, 17th September 2010, pp 28-33. [259]

3. Rajamane, N. P., J. K. Dattatreya, and P S Ambily, [2010], National Workshop on Compatibility Issues Between Cement and Chemical Admixture in Concrete, IIITH, ICI AP Hyderabad Centre, 17th Sept., pp 3437. [260]

4. Rajamane, N. P., and J. K. Dattatreya, [2010], " Superplasticisers in concrete – points to ponder by engineer”, National Workshop on Compatibility Issues Between Cement and Chemical Admixture in Concrete, IIITH, ICI AP Hyderabad Centre, 17th Sept., pp 38-47. [261]

5. Rajamane, N. P., M C Nataraja, N Lakshmanan, and, P S Ambily [2010], “A study on coefficient of thermal expansion of geopolymer mortars”, New Building Materials and Construction World, November, 16(5) 242-247. [262]

6. Dattatreya J. K., B H Bharatkumar, and N. P. Rajamane, [2010], “Geopolymer Cement Concretes – a viable and green alternative to Portland cement based structural concrete”, Proceed of the Asian Conference on Concrete ACECON 2010, Organised by the Indian Concrete Institute and the Indian Institute of Technology Madras, 5-9 December, pp 243-256. [263]

7. Madheswaran C. K., Dattatreya J. K, Karansingh P.R, Rajamane N. P., and Kalappa M.S., [2010], “Behaviour of geopolymer cement concrete slabs under low velocity repeated impact loading”, Proceed of the Asian Conference on Concrete ACECON 2010, Organised by the Indian Concrete Institute and the Indian Institute of Technology Madras, 5-9 December, pp 571-578. [264]

8. Rajamane N. P., Dattatreya J. K., Madheswaran C. K., and Ambily P.S, [2010], “Studies on copper slag waste as sand replacement for construction”, Proceed of the Asian Conference on Concrete ACECON 2010, Organised by the Indian Concrete Institute and the Indian Institute of Technology Madras, 5-9 December, pp 805-814. [265]

9. Rajamane N. P., Nataraja M. C, Lakshmanan, Dattatreya J. K and Sabitha, [2010], “Sulphuric acid resistance of geopolymer concretes”, Proceed of the Asian Conference on Concrete ACECON 2010, Organised by the Indian Concrete Institute and the Indian Institute of Technology Madras, 5-9 December, pp 789-794. [266]


10. Rajamane N.P., M.C. Nataraja, Lakshmanan, J.K. Dattatreya, and D. Sabitha, [2010], “Effect of 60 Days of Sulphuric Acid Attack on Geopolymer Concretes”, Proceed of the 7th Structural Engineering Convention SEC 2010, Annamalai University, Annamalainagar, 8-10 December, pp 558-556. [267]

11. Rajamane N.P., M.C. Nataraja, N. Lakshmanan, and J.K. Dattatreya, [2010], “Flexural Behaviour of Reinforced Geopolymer Concrete Beams”, Proceed of the 7th Structural Engineering Convention SEC 2010, Annamalai University, Annamalainagar, 8-10 December, pp 617-625. [268]

Year 201112. Swapna Kutcharlapati, A. K. Sarkar, and Rajamane, N. P., [2011], “Nanosilica improves

recycled concrete aggregates”, New Building Materials and Construction World, January, 16(7) 190-199. [269]

13. Rajamane N.P., M.C. Nataraja, N. Lakshmanan, and J.K. Dattatreya, [2011], “Pull –Out Tests for Strengths of Geopolymer Concretes”, Proceed of the National Conference on Advances in Materials and Structures, "AMAS - 2011”, Feb. 3-4, Pondicherry, pp 350-358. [271]

14. Rajamane N.P., M.C. Nataraja, N. Lakshmanan, and J.K. Dattatreya, [2011], “Effect on sulphuric acid resistance of slab based Geopolymer concrete due to addition of fly ash”, Proceed of the National Conference on Advances in Materials and Structures, "AMAS - 2011”, Feb. 3-4, Pondicherry, pp 359-365. [272]

15. Rajamane N.P., M.C. Nataraja, N. Lakshmanan, and J.K. Dattatreya, [2011], “Applicability of Acceptance Criteria of IS:456-2000 to GGBS based Self Curing Geopolymer Concrete”, Proceed of the National Conference on Advances in Materials and Structures, "AMAS - 2011”, Feb. 3-4, Pondicherry, pp 370-378. [272]

16. Rajamane N.P., [2011], “Some special concretes for use in road constructions”, Proceed of One Day ACCE Workshop on Trends & Techniques in Concrete Pavements for 21st Century Sat, Feb 12, 2011: ICSR Auditorium, IIT Madras, pp 64-80. [273]

17. Rajamane N.P., M.C. Nataraja, and N. Lakshmanan, [2011], “Geopolymer mortar - an ecofriendly zero-Portland cement matrix for ferrocement”, Proceed of the National Conference on Ferrocement, "FS-2011”, May 13-14, 2011, Pune, pp 53-60. [274]

18. Rajamane N.P., M.C. Nataraja, and N. Lakshmanan, [2011], “Attack of sodium sulphate on Portland cement is more severe than on geopolymer concretes – a study”, Proceed of the National Conference on Ferrocement, "FS-2011”, May 13-14, 2011, Pune, pp 61-68. [275]

19. Rajamane N.P., M.C. Nataraja, N. Lakshmanan, and J.K. Dattatreya, [2011], “Sulphuric Acid Resistance Tests on Geopolymer Concretes”, Proceed of the National Conference on Advances in Materials and Structures, "RARCS - 2011”, organised by Indian Concrete Institute, Gaziabad, February 10-11, 2011, Noida, UP, pp 351-361. [276]

20. Rajamane N. P., Shyam Samarpan, Subhajit Saha, and Jeyalakshmi R., [2011], “Nano-silica improves microstructure of high volume fly ash cement matrix – a study”, National Workshop On Utlization Of Fly Ash (UFA 11) June 10-11, 2011, SVNIT, Surat, . [277]

21. Rajamane N. P., and M.C. Nataraja, [2011], “Acceptance criteria for concrete in is:456-2000 – a technical view”, National Workshop On Utlization Of Fly Ash (UFA 11) June 10-11, 2011, SVNIT, Surat, . [278]

22. Rajamane N.P., J. K. Dattatreya, D.Sabitha, P.S. Ambily, M C Nataraja, and N Lakshmanan, [2011], “Plant production of fly ash based geopolymeric building blocks/pavers – a study”, National Workshop On Utlization Of Fly Ash (UFA 11) June 10-11, 2011, SVNIT, Surat, . [279]


23. Rajamane N. P., Shyam Samarpan, Subhajit Saha and Jeyalakshmi K., [2011], “Decrease in water permeability of Portland cement mortar through external treatment by nano-silica”, The Masterbuilder, Vol 13, No 6, June, pp 124-129. [280]

24. Rajamane N. P., Shyam Samarpan, and Jeyalakshmi R., (2011), “Nano-silica treatment makes porous cement composites more water penetration resistant”, Concrete Matters, Vol 1, No 4, June, pp 1-2. [281]

25. Swapna Kutcharlapati, A. K. Sarkar, and Rajamane, N. P., [2011], “Nano-Materials for Cement Matrix”, Proceed of National Seminar on Design & Construction of Bridges, Vol. 1, 22nd – 24th July 2011, Hyderabad, organised by IIBE, pp 113-120. [282]

26. Rajamane N.P., M.C. Nataraja, N. Lakshmanan, and J.K. Dattatreya, [2011], “Pull-out Tests for Bond Strengths of Geo-polymer Concretes”, Proceed of National Seminar on Design & Construction of Bridges, Vol. 1, 22nd – 24th July 2011, Hyderabad, organised by IIBE, pp 189-208. [283]

27. Rajamane N. P., Shyam Samarpan, Subhajit Saha and Jeyalakshmi R., [2011], “Improved Fly Ash Cement Matrix Through External Treatment By Nano – Silica”, Proceed of National Seminar on Design & Construction of Bridges, Vol. 1, 22nd – 24th July 2011, Hyderabad, organised by IIBE, pp 209-223. [284]

28. Rajamane N. P., Shyam Samarpan, Subhajit Saha and Jeyalakshmi R., [2011], “Effect of addition of nano-Silica to Portland cement mortar mix”, The Masterbuilder, Vol 13, No 7, July, pp 118-125. [285]

29. Rajamane N. P, Ganesan T. P. and Satyanarayanan K. S., (2011), “Use Of Test Results

For Accepting The Concrete As Per IS:456-2000”, Concrete Matters, Vol 1, No 5, July, pp 9-10. [286]

30. Rajamane N. P., Shyam Samarpan, Subhajit Saha and Jeyalakshmi R., (2011), Nano-silica treatment enhances durability of existing concrete structures, IEI TN Centre Bulletin, Vol No 5, Aug 2011, pp 3. [287]

31. Rajamane N. P., Jeyalakshmi R. , Shyam Samarpan, and Swapna Kutcharlapati, [2011], “Application of nano-technology for cement concrete”, Proceed. of National Seminar on Design, Analysis and Health Assessment of Structures including Bridges August 24-26, St. Peter’s College Of Engineering And Technology, Avadi, Chennai, pp KV-1 to KV-7. [288]

32. Rajamane N. P., Jeyalakshmi R. , and R. Gopalakrishnan, [2011], “Calculations of bogue’s compounds from chemical composition of Portland cement”, Proceed. of National Seminar on Design, Analysis and Health Assessment of Structures including Bridges August 24-26, St. Peter’s College Of Engg And Tech, Chennai, pp CXVI-1 to CXVI-14. [289]

33. Rajamane N. P., Jeyalakshmi R. , Shyam Samarpan, and Swapna Kutcharlapati, [2011], “Nano-materials for cement concretes”, Proceed. of Two Day National Conference on 'Application Of Nanotechnology In Construction Materials’, August 25-26, NACONMA 2011, Periyar Maniammai University, Thanjavur, pp 7-15 (CD form). [290]

34. Rajamane N. P., Jeyalakshmi R. and Shyam Samarpan, [2011], “Influence of nano-Silica on Fly Ash Cement Mortars”, Proceed. of Two Day National Conference on 'Application Of Nanotechnology In Construction Materials’, NACONMA 2011, August 25-26, Periyar Maniammai University, Thanjavur, pp 15-38 (CD form) . [291]

35. Rajamane N.P., J. K. Dattatreya, D. Sabitha, P.S. Ambily, N Lakshmanan, and M C Nataraja, [2011], “Plant production of fly ash based geopolymeric building blocks/pavers – a study”, The Masterbuilder, Vol 13, No 8, August, pp 146-149. [292]

36. Rajamane N. P., Ganesan T. P. , and Satyanarayanan K. S., (2011), “Decision on Test


Results on Four concrete samples For Acceptability using IS:456-2000 – Part 1”, ICI Update, July, pp 27-30. [293]

37. Rajamane N. P., Advantages/properties of fly ash with reference to its use in cement

concretes, CREATRZ 2011, SRM University, NCR, Gaziabad, pp 1-20 (CD form) . [294]38. Rajamane N. P., Nataraja M. C., Lakshmanan, and Dattatreya J. K., (2011), Rapid

chloride permeability test on geopolymer and Portland cement concretes, The Indian Concrete Journal, Vol. 85, No 10, Oct, pp 21-26. [295]

39. Rajamane N. P., Ganesan T. P. , Satyanarayanan K. S., and Natarja M. C. (2011),

“Decision on Test Results on Four concrete samples For Acceptability using IS:456-2000 – Part 2”, ICI Update, Vol 2, Issue 8, August, pp 29-31. [296]

40. Rajamane N. P., Shyam Samarpan, Subhajit Saha and Jeyalakshmi K., [2011], “Is nano-silica treatment good for cement matrix containing fly ash or silica fume? – a study”, New Building Materials and Construction World, October, 17(4) 180-188. [297]

41. Rajamane N. P., Shyam Samarpan, Subhajit Saha, and Jeyalakshmi R., [2011], ‘Nano-silica treatment of cement matrix with higher contents of fly ash or silica fume’, Civil Engineering and Construction Review (CE & CR), Vol. 24, No. 10, Oct, pp. 90-98. [298]

42. Rajamane N. P., Nataraja M. C. and Jeyalakshmi R., (2011), Lowering Carbon Footprint of Concrete by Substitution of Portland Cement with Industrial Waste Based Geopolymer, National Level Seminar on Carbon Management in the Current Global Scenario - 20th October, AMET University, Chennai, pp 21-22. [299]

43. Rajamane N. P., Shyam Samarpan, and Jeyalakshmi R., [2011], ‘Improving microstructure of cured porous cement composites by Nano-silica treatment’, Bulletin of ACCE(I), Vol. 10, No. 2, April-Sept, pp. 19-21. [300]

44. N. P. Rajamane , M. C. Nataraja, N. Lakshmanan, and J. K. Dattatreya, [2011], "Rapid migration test for comparison of chloride penetration into geopolymer and Portland pozzolana cement concretes", International Journal of 3R's (Apr-Jun,2011), Vol.2, No.2, pp 246-252. [301]

45. Rajamane N. P., M. C. Nataraja, N. Lakshmanan, and J. K. Dattatreya, [2011], "An overview of geopolymer concretes made from indigenous GGBS and fly ash", International Journal of 3R's (July-Sept,2011), Vol.2, No.3, pp 295-308. [302]

46. Dattatreya J K, Rajamane NP , Sabitha D, Ambily P S, Nataraja MC, [2011], " Flexural behaviour of reinforced Geopolymer concrete beams", International Journal Of Civil And Structural Engineering, Vol.2, No.1, pp 138-159. [303]

47. Rajamane N. P., Nataraja M. C., Lakshmanan, and Dattatreya J.K., [2011], “Accelerated Test For Corrosion Of Steel In Geopolymer Concretes”, Indian Concrete Institute Journal, Vol. 12, No 3, Oct-Dec, pp 7 -15. [304]

48. Rajamane N. P., Nataraja M. C., Lakshmanan, and Dattatreya J. K., (2011), “An introduction to geopolymer concrete”, Article under Master Series”, The Indian Concrete Journal, Vol. 85, No 11, Nov, pp 11-14. [305]

49. Rajamane N. P., Jeyalakshmi R., Saptaswa Saha, Sravya Bikki, and Pooja Bhushan, (2011), “Nano-silica for early age durability of fly ash-cement mortars”, Proceed of IEC 2011, Dec 15-18, Organised by IE(I) Karnataka Centre, Bangalore, Paper No 51, p 33 [306]

50. Rajamane N. P., and Ambily P S, (2011), “Replace Sand by fly ash in concrete – a study for acceptance”, Proceed of IEC 2011, Dec 15-18, Organised by IE(I) Karnataka Centre, Bangalore, Paper No 78, p 49. [307]

51. Rajamane N. P., Nataraja M. C., Lakshmanan, and Ambily P S, (2011), “Earthquake


resistant low carbon footprint concrete from industrial wastes (Steel fibre reinforced lightweight concrete with geopolymer)”, Proceed of IEC 2011, Dec 15-18, Organised by IE(I) Karnataka Centre, Bangalore, Paper No 79, p 50. [308]

52. Rajamane N. P., Nataraja M. C., and Jeyalakshmi R, (2011), “Industrial waste based geopolymer reduces carbon footprint and enhances eco-friendliness of concrete”, Proceed of 2nd International Conference on and Exhibition on Municipal Services, Urban Development, Public Works & Clean technology Solid Waste Management, Nov 9-11, IconSWM 2011, Kolkata, pp 719-728. [309]

53. (a)Rajamane N. P., Nataraja M. C., Lakshmanan N , and Ambily P S, (2011), “Self curing ecofriendly high strength geopolymer concretes using GGBS, Class C and Class F fly ashes”, Proceedings of National Conference on Fly ash, Theme: Conservation of Environment & Bulk Utilisation, 5-7 Dec, Hyderabad, organised by C-FARM, Technical Session VII, Paper No VII.5, pp VII5.1 to VII6.15. [310a]

54. (b)Rajamane N. P., Dattatreya J. K., Srinivasan P., and Ambily P S, (2011), “Studies on accelerated carbonation of fly ash concretes of high water-cement ratio”, Proceedings of National Conference on Fly ash, Theme: Conservation of Environment & Bulk Utilisation, 5-7 Dec, Hyderabad, organised by C-FARM, Technical Session VII, Pages VII6.1 to VII6.13. [310b]

55. (c) Rajamane N. P., Ambily P S , Dattatreya J. K., and D. Sabitha, (2011), “Residual compressive strengths of fly ash concretes exposed to one year of accelerated sulphate attack”, Proceedings of National Conference on Fly ash, Theme: Conservation of Environment & Bulk Utilisation, 5-7 Dec, Hyderabad, organised by C-FARM, Technical Session VII, Pages VII7.1 to VII7.12. [310c]

56. (d) Rajamane N. P., and Jeyalakshmi R, (2011), “Effect of ageing and addition of nano-Silica as admixture on permeability of high volume fly ash mortar”, Proceedings of National Conference on Fly ash, Theme: Conservation of Environment & Bulk Utilisation, 5-7 Dec, Hyderabad, organised by C-FARM, Technical Session VII, Pages VII8.1 to VII8.14. [310d]

Year 201257. Rajamane N P, M C Nataraja, N Lakshmanan, J K Dattatreya & D Sabitha, (2012),

“Sulphuric acid resistant ecofriendly concrete from geopolymerisation of blast furnace slag”, Indian Journal of Engineering & Materials Sciences, Vol. 19, October, pp. 357-367. [311]

58. Rajamane N. P., Dattatreya J. K., Nataraja M. C., and Lakshmanan N., (2012), “Studies on correlation between flexural strength and compressive strength of concrete”, The Indian Concrete Journal, Vol. 86, No 11, Nov., pp 23-28. [312]

59. Rajamane N. P., Nataraja M. C., N. Lakshmanan and J. K. Dattatreya, (2012), “Pull-out tests for bond strengths of geopolymer concretes”, The Indian Concrete Journal, Vol. 86, No 10, Oct., pp 25-34. [313]

60. Rajamane N. P., Nataraja M. C., N. Lakshmanan and R. Jeyalakshmi, (2012), “Studies on physical properties and equations for density of activator solutions of geopolymer concretes”, The Indian Concrete Journal, Vol. 86, No 09, Sept., pp 49-59. [314]

61. Rajamane N. P., M. C. Nataraja, N. Lakshmanan, J. K. Dattatreya , (2012), " Studies on use of potassium silicate as replacement for sodium silicate in Alkali Activator Solution of GGBS based self-curing geopolymer concrete ", International Journal of 3R’s, Vol. 3, N0. 1, January-March, pp 378-388. [315]

62. Rajamane N. P., Nataraja M. C., Dattatreya J. K., and Jeyalakshmi R, [2012], “Developments in Alternates to Energy Intensive High Carbon Foot printed Portland


Cements”, 3rd International Conference on Solid waste Management and Exhibition (IconSWM2012), Mysore, pp 677-690. [316]

63. Rajamane N.P., M.C. Nataraja, N. Lakshmanan, J.K. Dattatreya , Jeyalakshmi R, [2012], “Ecofriendly Concrete from Blast Furnace Slag Waste with High Sulphuric Acid Resistance”, 3rd International Conference on Solid waste Management and Exhibition (IconSWM2012), Mysore, pp 735-739. [317]

64. Rajamane N.P., Jeyalakshmi R and Nataraja M.C. , [2012], “Harnessing Wastes to Wealth in Constructions – Perspectives”, 3rd International Conference on Solid waste Management and Exhibition (IconSWM2012), Mysore, pp 833-842. [318]

65. Rajamane N. P, Ambily P S and Maheswarappa S.M, [2012], “Technical Feasibility of Replacing River Sand by Fly Ash in Cement Concretes” 3rd International Conference on Solid waste Management and Exhibition (IconSWM2012), Mysore, pp 875-881. [319]

66. Rajamane N. P., M. C. Nataraja, N. Lakshmanan, and P. S. Ambily, [2012], “Literature survey on geopolymer concretes and a research plan in Indian context – Part 2”, The Masterbuilder, Vol 14, No 5, pp 50-56. [320]

67. Rajamane N. P., Nataraja M. C., and T. P. Ganesan, (2012), Rejoinder to “A technical look at ‘Individual test result’ criterion for concrete acceptance as per IS 456:2000”, The Indian Concrete Journal, Vol. 86, No 5, May, pp 42-43. [321]

68. Rajamane N. P., M. C. Nataraja, N. Lakshmanan, and P. S. Ambily, [2012], “Literature survey on geopolymer concretes and a research plan in Indian context – Part 1”, The Masterbuilder, Vol 14, No 4, pp 148-161. [322]

69. Rajamane N. P. and Ambily P. S., [2012], “Modified bolomey equation for strengths of lightweight concretes containing fly ash aggregates”, Magazine of Concrete Research, Vol. 64, No 4, April, pp 285-294.[323]

70. Rajamane N. P., Nataraja M. C., and T. P. Ganesan, (2012), “A technical look at ‘Individual test result’ criterion for concrete acceptance as per IS 456:2000”, The Indian Concrete Journal, Vol. 86, No 4, Apr., pp 26-36.[324]

71. Rajamane N. P., Nataraja M. C., J.K. Dattatreya, N. Lakshmanan and D. Sabitha., (2012), “Sulphate resistance and eco-friendliness of geopolymer concretes”, The Indian Concrete Journal, Vol. 86, No 1, Nov, pp 13-22 .[325]

72. Rajamane N. P., Nataraja M. C., J.K. Dattatreya, N. Lakshmanan and D. Sabitha., (2012), “Strength loss in Portland cement and geopolymer concretes by Magnesium Sulphate”, Civil Engineering and Construction Review (CE & CR), Vol. 25, No. 1, Jan, pp. 108-114. [326]

73. Rajamane N. P., Nataraja M. C., Dattatreya J. K., and Lakshmanan N, (2012), “Concrete Without Portland Cement - Recent Developments”, Proceed of National Seminar on Recent Developments in Concrete Science and Technology, SIT, Tumkur, 29 Feb., pp 198-225. [327]

74. Rajamane N. P., Jeyalakshmi R and Nataraja M. C., (2012), “Harnessing Wastes to Wealth - New Perspectives”, Proceed of National Seminar on Recent Developments in Concrete Science and Technology, SIT, Tumkur, 29 Feb., pp 226-244. [328]

75. Rajamane N. P., M. C. Nataraja, N. Lakshmanan, J. K. Dattatreya, P. S. Ambily, and R Jeyalaksmi, [2012], “Multifaceted Successful Roles of Fly Ash in Concretes”, Proceed of Regional Seminar on Fly ash Management, Raigarh, Chattisgarh, 15th March, organised by JSPL and FTMA, pp 34-42. [329]

Year 201376. Rajamane N. P., Jeyalakshmi R. and Dheeraj Katyal, [2013], “Studies on nano-Silica in

fly ash-cement mortars”, NANOCON2013, Tumkur, 16 Feb, 17 p (CD form) [330]


77. Jeyalakshmi R., Rajamane N. P., Sherin Mathew, Dhinesh M., and Baskara Sundararaj, [2013], “Effectiveness Of Nanofilm For Corrosion Protection Of Steel”, First International Conference on Advanced Nano Composite for Construction Materials (ICNC 2013), Kottayam, 12-14 March 2013, 10 p [331]

78. Jeyalakshmi R., Rajamane N. P., Jeyalakshmi R. and Dheeraj Katyal, [2013], “Effect of ageing and addition of nano-Silica as admixture on permeability of fly ash mortars”, First International Conference on Advanced Nano Composite for Construction Materials (ICNC 2013), Kottayam, 12-14 March 2013, 09 p[332]

79. Rajamane N P, M C Nataraja, and N Lakshmanan, (2013), “Industrial waste based novel geopolymer concretes with Zero-Portland cement and high ductility for earthquake resistant structures”, ISTE - SRM Short Term Training Program on Disaster Resistant Structures Design, Retrofitting, Mitigation & Management June 24 - 29 , 2013, pp. 11-33. [333]

80. Rajamane N. P., Jeyalakshmi R., Baskar Sundara Raj, Vinod M, [2013], “Eco-friendly Corrosion Resistant Ferrocement with Lean Cement Mortar”, FS-2013, 2nd National Convention on Ferrocement (Go Green with Ferrocement) Pune, India July 13-14, p 17. [334]

81. Rajamane N. P. and Ambily P. S., [2013], “Fly ash as a sand replacement material in concrete - A study”, The Indian Concrete Journal, Vol. 87, No 7, July, pp 11-17. [335]

82. Rajamane N P, M C Nataraja, N Lakshmanan, and R Jeyalakshmi, (2013), “Strength and Durability Aspects of Geopolymer Concretes”, National Level Technical Seminar on “Durability and Strength Aspects of the Concrete” on 25-26 July 2013, Erode Sengunthar Engineering College, Erode, pp 12-50 [336]

83. Rajamane N. P. and Ambily P. S., [2013], Discussion on Fly ash as a sand replacement material in concrete - A study, The Indian Concrete Journal, Vol. 87, No 9, Sept, pp 44-48. [337]

84. Rajamane N P, M C Nataraja, N Lakshmanan, and R Jeyalakshmi, (2013), “Industrial wastes produce strong and durable geopolymer concretes – a study”, National Seminar on “Effective Utilisation of Industrial wastes”, August 8-9, St. Peter's University, Avadi, Chennai, pp K2:2-25. [338]

85. Rajamane N. P., Jeyalakshmi R., Shyam Samarpan, and Subhajit Saha, [2013], “Effect of addition of nano-Silica to Portland cement mortar with and without silica fume”, Indian Concrete Institute Journal, Vol. 14, No 2, July-Sept, pp 7 -16. [339]

86. Rajamane N. P., and Jeyalakshmi R., [2013], “Ecological and economical aspects of geopolymer concretes”, National Seminar on QICE’13, Vel Tech High Tech Dr.Rangarajan Dr.Sakunthala Engineering College, Avadi, Chennai, pp 1-10. [340]

87. Rajamane N P, and R Jeyalakshmi, [2013], ‘Effects of metakaolin on ggbs based geopolymer concretes’, Invited paper, Proceed. National Seminar on QICE’13, Vel Tech High Tech Dr.Rangarajan Dr. Sakunthala Engineering College, Avadi, Chennai, 30th

Oct,. [341]88. Rajamane N P, R Jeyalakshmi, Dinesh M, Bhaskarsundararaj, [2013], Discussion on

‘Revalidating Strength – Cementitious material – Water relationship for proportioning portland pozzalana cement concrete’, The Indian Concrete Journal, Vol. 87, No 10, Oct, pp 44-49. [342]

89. Rajamane N P, and R Jeyalakshmi, [2013], ‘Effects of metakaolin on ggbs based geopolymer concretes’, Proceed. National Seminar on QICE’13, Vel Tech High Tech Dr.Rangarajan Dr. Sakunthala Engineering College, Avadi, Chennai, 30th Oct, pp i-ix. [343]


90. Rajamane N P, R Jeyalakshmi, Dinesh M, Bhaskarsundararaj, [2013], Discussion on ‘Revalidating Strength – Cementitious material – Water relationship for proportioning portland pozzalana cement concrete’, The Indian Concrete Journal, Vol. 87, No 10, Oct, pp 44-49 [344]

91. Baskara Sundararaj J., M. Dhinesh, Jeyalakshmi R., Rajamane N.P., [2013], “A new chemical process for protection of steel in very low cement matrix”, ISCA Regional Science Congress 12 13 December, SRM University, Kattankulathur, p 21. [345]

92. Chandrahasa. R, Rajamane N.P, Swapna Kutcharlapati, [2013], “Cellulose Nano Fibres from plant waste for cement concrete in earthquake resistant structures,” ISCA Regional Science Congress 12 13 December, SRM University, Kattankulathur, p 23. [346]

93. Harsha Vardhan, M. Dhinesh, Rajamane N. P, Jeyalakshmi R., [2013], “Clay based binder for concretes,” ISCA Regional Science Congress 12 13 December, SRM University, Kattankulathur, p 30. [347]

94. Rajamane N.P., Jeyalakshmi R., Dheeraj Katyal, [2013], “Self Curing of Portland cement concretes,” ISCA Regional Science Congress 12 13 December, SRM University, Kattankulathur, p 25. [348]

95. Rajamane N.P, Jeyalakshmi R., and M. Dhinesh, [2013], “Pervious concretes for pavements with potential for large scale rain harvesting,” ISCA Regional Science Congress 12 13 December, SRM University, Kattankulathur, p 25. [349]

96. Rajamane N.P, Jeyalakshmi R., [2013], “Ecofriendly Low embodied energy cement from Industrial bi- product en construction,” ISCA Regional Science Congress 12 13 December, SRM University, Kattankulathur, p 31. [350]

97. Dhinesh. M, Rajamane N.P., Jeyalakshmi R., [2013], “Methodology for Quick Evaluation of Corrosion Inhibiting Admixtures of Concrete”, ISCA Regional Science Congress 12 13 December, SRM University, Kattankulathur, p 25. [351]

98. Bhagathram U, Dr. Rajamane N. P, and Dr. BSM Kumar, [2013], “Characterisation of activators for geopolymer concretes”, ISCA Regional Science Congress 12 13 December, SRM University, Kattankulathur, p 22. [352]

99. Dheeraj Katyal, Rajamane N.P., Jeyalakshmi R., [2013], “Nanosilica treatment of cement concrete”, ISCA Regional Science Congress 12 13 December, SRM University, Kattankulathur, CD. [353]

100.Rajamane N.P, Jeyalakshmi R., [2013], “Ecological and economical aspects of fly ash-GGBS based geopolymer concretes,” Asia Pacific Conclave - 2013 on ‘Fly ash based geopolymeric binders, concretes and other building materials’, Kolkata, p 212. [354]

101.Harsha Vardhan K., Dhinesh M., Dr Jeyalakshmi R., and Dr Rajamane N. P., [2013], “Effects of Metakaolin on GGBS Based Geopolymer Concretes,” www academia edu 5310316, pp 1-12. [355]

Year 2014102.Rajamane N. P., Nataraja M. C., and Jeyalakshmi R., [2014], “Self curing geopolymer

concretes with GGBS, low and high calcium fly ashes for retrofitting of structures,” All India Seminar on Retrofitting of Concrete Structures - RETROFIT 2014, 24-25 Jan, Nagpur, pp 15-26 [356]

103.Rajamane N.P, Jeyalakshmi R., and M. Dhinesh, [2014], “Nano Silica and Sodium Silicate Solutions for Repair of Ferrocement,” All India Seminar on Retrofitting of Concrete Structures - RETROFIT 2014, 24-25 Jan, Nagpur, pp 27-34 [357]

104.Rajamane N. P., Nataraja M. C., and Jeyalakshmi R., [2014], “Eco-friendly Durable Greener Geopolymer Concretes Made from GGBS and Fly Ash for Structural Applications including Retrofitting,” 29th National Convention of Architectural


Engineers: Innovative World of Construction Materials 31 Jan -1 Feb, 2014, Kolkata, India, Paper No 5, pp 1-26 [358]

105.Rajamane N.P., R Jeyalakshmi, M. Dhinesh and Bhaskar Sundararaj, [2014], “Waste copper slag as alternate to river sand in cement concretes”, Proceed. Of International Conference on Advances in Civil Engineering and Chemistry of Innovative Materials ACECIM'14 13th & 14th March 2014, SRM University, pp 751-761 [359]

106.Rajamane N.P., Dattatreya J.K., and D. Sabitha, [2014], “Residual Compressive strengths of fly ash concretes exposed to one year of accelerated sulphate attack”, Proceed. Of International Conference on Advances in Civil Engineering and Chemistry of Innovative Materials ACECIM'14 13th & 14th March 2014, SRM University, pp 761-770 [360]

107.Rajamane N.P., R Chandrahasa, and R. Jeyalakshmi, [2014], “Production of cellulose nanofibres from coconut husk”, Proceed. Of International Conference on Advances in Civil Engineering and Chemistry of Innovative Materials ACECIM'14 13th & 14th March 2014, SRM University, pp 770-776 [361]

108.Rajamane N. P., Nataraja M C, and R. Jeyalakshmi, [2014], “Self Curing Geopolymer concretes using GGBS,Class C and Class F Fly Ashes”, Proceed. Of International Conference on Advances in Civil Engineering and Chemistry of Innovative Materials ACECIM'14 13th & 14th March 2014, SRM University, pp 776-788 [362]

109.Rajamane N. P., Nataraja M C, M Dhinesh, and T. P. Ganesan, [2014], “Rational Computation of Strength for concrete mix design based on IS:456-2000”, Proceed. Of International Conference on Advances in Civil Engineering and Chemistry of Innovative Materials ACECIM'14 13th & 14th March 2014, SRM University, pp 788-795 [363]

110.Rajamane N. P., and Dattatreya J. K., and D. Sabitha, [2014], “Sulphate attack study on fly ash concretes”, Proceed. National Conference on “Beneficial Use of Fly Ash in Construction Industry and Agriculture”, 23-24th May, Organised by: The Centre for Ash Utilization and Environment Conservation (CASHUTEC) and University of Agricultural Sciences, Raichur, ISBN No 978-81-9286551-9-5, pp 03, 23-34 [364]

111.Rajamane N. P., and Ambily P. S., [2014], “Use of fly ash aggregates for self curing of Portland cement matrices”, Proceed. National Conference on “Beneficial Use of Fly Ash in Construction Industry and Agriculture”, 23-24th May, Organised by: The Centre for Ash Utilization and Environment Conservation (CASHUTEC) and University of Agricultural Sciences, Raichur, ISBN No 978-81-9286551-9-5, pp 04, 35-42 [365]

112.Rajamane N. P., [2014], “A simple mix design procedure for fly ash concretes (using spread sheet)”, Proceed. National Conference on “Beneficial Use of Fly Ash in Construction Industry and Agriculture”, 23-24th May, Organised by: The Centre for Ash Utilization and Environment Conservation (CASHUTEC) and University of Agricultural Sciences, Raichur, ISBN No 978-81-9286551-9-5, pp 05, 43-53 [366]

113.Rajamane N. P., [2014], “Light weight concretes though use of fly ash aggregates Part C : Corrosion Resistance of Fly Ash”, Proceed. National Conference on “Beneficial Use of Fly Ash in Construction Industry and Agriculture”, 23-24th May, Organised by: The Centre for Ash Utilization and Environment Conservation (CASHUTEC) and University of Agricultural Sciences, Raichur, ISBN No 978-81-9286551-9-5, pp 08, 71-75 [367]

114.Rajamane N. P., Nataraja M. C. and Jeyalakshmi R., [2014], “Ecofriendly durable and strong geopolymer concretes with low carbon footprint made from GGBS and fly ash”, Proceed. National Conference on “Beneficial Use of Fly Ash in Construction Industry and Agriculture”, 23-24th May, Organised by: The Centre for Ash Utilization and Environment Conservation (CASHUTEC) and University of Agricultural Sciences,


Raichur, ISBN No 978-81-9286551-9-5, pp 09, 76-99 [368]115.Rajamane N. P. and Jeyalakshmi R., [2014], “Can fly ash replace river sand in cement

concrete? – A study”, Proceed. National Conference on “Beneficial Use of Fly Ash in Construction Industry and Agriculture”, 23-24th May, Organised by: The Centre for Ash Utilization and Environment Conservation (CASHUTEC) and University of Agricultural Sciences, Raichur, ISBN No 978-81-9286551-9-5, pp 10, 100-108 [369]

116.Rajamane N. P. Jeyalakshmi R., Baskar Sundara Raj, and Vinod M, [2014], “Fly ash based Lean Cement Mortar for corrosion resistant Ferrocement”, Proceed. National Conference on “Beneficial Use of Fly Ash in Construction Industry and Agriculture”, 23-24th May, Organised by: The Centre for Ash Utilization and Environment Conservation (CASHUTEC) and University of Agricultural Sciences, Raichur, ISBN No 978-81-9286551-9-5, pp 11, 109-122 [370]

117.Rajamane N. P., Dattatreya J. K., D. Sabitha, [2014], “Residual compressive strengths of fly ash concretes exposed to one year of accelerated sulphate attack”, International Journal Of Civil Engineering And Technology (IJCIET), Volume 5, Issue 3, March (2014), pp. 317-326 [371]

118.Chandrahasa R., Rajamane N. P., and Jeyalakshmi R., [2014], “Development of Cellulose Nanofibres from Coconut Husk”, International Journal of Emerging Technology and Advanced Engineering, (ISSN 2250-2459, ISO 9001:2008 Certified Journal), Volume 4, Special Issue 4, June 2014, pp 88-93 [379]

119.Rajamane N.P., M.C. Nataraja and R. Jeyalakshmi, (2014), “Pozzolanic industrial waste based geopolymer concretes with low carbon footprint”, The Indian Concrete Journal, Vol. 88, No 7, July, pp 49-68 [382]

120.Rajamane N.P., R. Jeyalakshmi and Ganesh Kumar G, (2014), “Portland cement based new cements for self curing and corrosion resistance”, The Indian Concrete Journal, Vol. 88, No 8, Aug, Special Issue on Future Cements, pp 10-22 [383]

121.Rajamane N.P., M.C. Nataraja and R. Jeyalakshmi, (2014), Discussion on “Pozzolanic industrial waste based geopolymer concretes with low carbon footprint”, The Indian Concrete Journal, Vol. 88, No 8, August, Special Issue on Future Cements, pp 45-46 [384]

122.Rajamane N.P., M. C. Nataraja, N. Lakshmanan and J. K. Dattatreya, (2014), “Pozzolanic industrial waste based geopolymer concretes with low carbon footprint”, ICI Journal, Vol. 15, July-Sept, pp 23-38 [385]

123.Rajamane N. P.; P. S. Ambily; M. C. Nataraja; Lelin Das, (2014), “Discussion: Modified Bolomey equation for strength of lightweight concretes containing fly ash aggregates”, Magazine of Concrete Research, Vol. 66, No 24, July-Sept, pp Magazine of Concrete Research, Volume 66, Issue 24, September 2014 pages 1286 –1288 [386]

124.Rajamane N.P., M.C. Nataraja and R. Jeyalakshmi, (2014), “Geopolymer concretes : eco-friendly alternate to Portland cement based concretes”, Invited paper no 17 at International Seminar on Frontiers of Ceramic and Material Technologies for Cement Industries (CemSem2014), 17- 18 Nov, Gulbarga, Organised by Indian Ceramic Society and PDA College of Engg, p 69 [387]

125.Rajamane N.P., Sriram Bollineni, R. Jeyalakshmi, and M. Dhinesh, (2014), “High Temperature Effects on Fly ash based Geopolymer Composites with and without ceramic additive”, Invited paper no 17 at International Seminar on Frontiers of Ceramic and Material Technologies for Cement Industries (CemSem2014), 17- 18 Nov, Gulbarga, Organised by Indian Ceramic Society and PDA College of Engg, Paper No P-1, p 75-76 [388]


126. Madheswaran CK, PS Ambily, NP Rajamane, G Arun, (2014), “Studies on flexural behaviour of

reinforced geopolymer concrete beams with lightweight aggregates”, International Journal of

Civil & Structural Engineering, Vol 4, No 3, pp 294-303 [389]127.Madheswaran CK, PS Ambily, JK Dattatreya, NP Rajamane, (2014), “Studies on use of

Copper Slag as Replacement Material for River Sand in Building Constructions”, Journal of The Institution of Engineers (India): Series A, Vol 95, No 3, pp 169-177 [[390]

128.Rajamane N. P., and Jeyalakshmi R. (2014), “Quantities of sodium hydroxide solids and water to Prepare sodium hydroxide solution of Given molarity for geopolymer concrete mixes, ICI Update, ICI Technical Paper, Aug - Sep 2014, pp 4-8 [391]

129. Jeyalakshmi R, Rajamane N P, Sherin Mathew and Dhinesh M, (2014), “Studies on the Effect of Migratory Corrosion Inhibitor Addition on the Onset of Corrosion in the Slag Cement Concrete”, International Journal of Earth Sciences and Engineering, Vol 7, No 4, pp 1492-1505. [412]

Year 2015130.Rajamane N. P., R. Jeyalakshmi, M. Dhinesh and Baskara Sundararaj, (2015),

“Ecofriendly ferrocement with very lean cement content and high corrosion resistance”, Indian Concrete Institute Journal, Jan-March, Vol 15, No 4, pp 7-14 [413]

131.Sangesh S, and Rajamane N. P., (2015), “Development of new eco-friendly matrix in ferrocement studies”, Research Day 2015, SRM University, kattankulathur [392]

132.Praneeth Annam, Vivek, N P Rajamane, R Jeyalakshmi, (2015), “Low carbon ‘Eco-blocks’ with alternates to sand and Portland cement through industrial wastes and geopolymerisation techniques”, Research Day 2015, SRM University, kattankulathur [393]

133.Rajamane N P, Jeyalakshmi R., and Suganya S., (2015), “Effect of soil characteristics on corrosion of metal (mild steel) Evaluation and Corrosion control measures”, Research Day 2015, SRM University, kattankulathur [394]

134.Sriram Bollineni and Rajamane N P, (2015), “High temperature resistant eco-friendly concrete through geopolymerisation”, Research Day 2015, SRM University, kattankulathur [395]

135. Jeyalakshmi R., Dhinesh. M. & Baskar Sundara Raj, Rajamane N. P., (2015), ‘Geopolymer: cement free binder system from industrial wastes’, paper No 115 under Theme Environment, Reg No 201503, Feb 02-05, ICEWEST 2005, Presidency College, Chennai, 18p [396]

136.Rajamane N. P.1 and Dattatreya J. K., (2015), “Studies on corrosion resistance of cracked fly ash concretes”, 13-14 March, Proceed National seminar on Alternate Materials for Construction (AMCON 2015), Nagpur, (in CD), paper No 11, 12p [397]

137.Rajamane N. P. and R Jeyalakshmi, (2015), “Replacing river sand with granulated copper slag in cement concretes”, 13-14 March, Proceed National seminar on Alternate Materials for Construction (AMCON 2015), Nagpur, (in CD), paper No 12, 18p [398]

138.Rajamane N. P. and R Jeyalakshmi, (2015), “Eco-friendly Zero-Portland cement self cured concrete through geopolymerisation of fly ash and blast furnace slag powder”, 13-14 March, Proceed National seminar on Alternate Materials for Construction (AMCON 2015), Nagpur, (in CD), paper No 13, 18p [399]


139.Rajamane N. P., P. S. Ambily, R Jeyalakshmi, and T. Udayabanu, (2015), “Self curing Portland cement mortar by partial replacement of sand by fly ash aggregates”, 13-14 March, Proceed National seminar on Alternate Materials for Construction (AMCON 2015), Nagpur, (in CD), paper No 14, 9p [400]

140.Rajamane N. P., Ambily P. S., and R Jeyalakshmi, (2015), “Fly ash aggregates for production of lightweight concretes”, 13-14 March, Proceed National seminar on Alternate Materials for Construction (AMCON 2015), Nagpur, (in CD), paper No 15, 5p [401]

141.Rajamane N. P. and R. Jeyalakshmi, (2015), “Granulated Copper Slag Can Function as River Sand”, Proceedings of the National Conference on Recent Trends In Civil Engineering (NCRTCE`15) MPNMJ Engineering College, Chennimalai, 27th March, pp 1-18 [402]

142. Rajamane N. P. and Dattatreya J. K., (2015), “Effect of Cracking on Fly Ash Concretes on Corrosion Resistance”, Proceedings of the National Conference on Recent Trends In Civil Engineering (NCRTCE`15) MPNMJ Engineering College, Chennimalai, 27th March, pp 19-29 [403]

143. Rajamane N. P. and R. Jeyalakshmi, (2015), “Self-Cured Geopolymer Concrete using Fly Ash and Ground Granulated Blast Furnace”, Proceedings of the National Conference on Recent Trends In Civil Engineering (NCRTCE`15) MPNMJ Engineering College, Chennimalai, 27th March, pp 30-42 [404]

144. Rajamane N. P., P. S. Ambily, R Jeyalakshmi, and T. Udayabanu, (2015), “Fly Ash Aggregates for Self-Curing of Portland Cement Mortar”, Proceedings of the National Conference on Recent Trends In Civil Engineering (NCRTCE`15) MPNMJ Engineering College, Chennimalai, 27th March, pp 43-51 [405]

145.Rajamane N. P., P. S. Ambily, and R Jeyalakshmi, (2015), “Lightweight Concretes with Fly Ash Aggregates”, Proceedings of the National Conference on Recent Trends In Civil Engineering (NCRTCE`15) MPNMJ Engineering College, Chennimalai, 27th March, pp 52-56 [406]

146.Rajamane N. P. and R. Jeyalakshmi, (2015), “Granulated copper slag can replace river sand”, Proceedings of the National Seminar on Recent Developments in Building Materials and Technologies, paper No RDBMT1517, Gandhigram Rural University, Gandhigram, Dindigul, India, p 17 [407]

147.Rajamane N. P. and Dattatreya J. K, (2015), “Corrosion in Fly Ash Concretes after cracking”, Proceedings of the National Seminar on Recent Developments in Building Materials and Technologies, paper No RDBMT1518, Gandhigram Rural University, Gandhigram, Dindigul, India, p 18 [408]

148.Rajamane N. P. and R. Jeyalakshmi, (2015), “Geopolymer from Fly Ash and Blast Furnace Slag Powder as Eco-Friendly Binder”, Proceedings of the National Seminar on Recent Developments in Building Materials and Technologies, paper No RDBMT1519, Gandhigram Rural University, Gandhigram, Dindigul, India, p 19 [409]

149.Rajamane N. P., P. S. Ambily, and R. Jeyalakshmi, (2015), “Lightweight Concretes with Fly Ash Aggregates”, Proceedings of the National Seminar on Recent Developments in Building Materials and Technologies, paper No RDBMT1520, Gandhigram Rural University, Gandhigram, Dindigul, India, p 20 [410]

150.Rajamane N. P., P. S. Ambily, R. Jeyalakshmi, and T. Udayabanu, (2015), “Fly Ash Aggregates for Self Curing of Portland Cement Mortar”, Proceedings of the National Seminar on Recent Developments in Building Materials and Technologies, paper No RDBMT1520, Gandhigram Rural University, Gandhigram, Dindigul, India, p 21 [411]


151.Rajamane N. P., R. Jeyalakshmi, M. Dhinesh and Baskara Sundararaj, (2015), “Ecofriendly ferrocement with very lean cement content and high corrosion resistance”, Indian Concrete Institute Journal, Jan-March, Vol 15, No 4, pp 7-14 [413]

152.Rajamane N. P. & R. Jeyalakshmi, (2015), “Geopolymerisation of fly ash and blast furnace slag for structural concretes”, Third National Conference on 'Trendy and Sustainable Development in Civil Engineering, 15 th May, K.S.R.College Engineering Tiruchengode, pp 1-10 [414]

153.Rajamane N. P., Dattatreya J. K., And Ambily P S, (2015), “Corrosion of Steel in Cracked Fly Ash Concretes, ”, Third National Conference on 'Trendy and Sustainable Development in Civil Engineering, 15th May, K.S.R.College Engineering Tiruchengode, pp 11-17 [415]

154.Rajamane N. P., Prof R. Jeyalakshmi, P. S. Ambily, (2015), “Granulated Copper Slag Functions As River Sand”, Third National Conference on 'Trendy and Sustainable Development in Civil Engineering, 15th May, K.S.R.College Engineering Tiruchengode, pp18-29 [416]

155.Rajamane N. P., P. S. Ambily , Prof R. Jeyalakshmi , and T. Udayabanu, (2015), “Fly Ash Aggregates for Self Curing Portland Cement Mortar”, Third National Conference on 'Trendy and Sustainable Development in Civil Engineering, 15th May, K.S.R.College Engineering Tiruchengode, pp 30-33 [417]

156.Rajamane N. P., P. S. Ambily, and R Jeyalakshmi, (2015), “Fly ash aggregates produces of Lightweight Concretes”, Third National Conference on 'Trendy and Sustainable Development in Civil Engineering, 15th May, K.S.R.College Engineering Tiruchengode, pp, pp 34-39 [418]

157.Rajamane N. P. & R. Jeyalakshmi, (2015), “Queries on fly ash for concretes”, Third National Conference on 'Trendy and Sustainable Development in Civil Engineering, 15th May, K.S.R.College Engineering Tiruchengode, pp 40-54 [419]

158.Rajamane N. P., (2015), “Spread Sheet Design For Fly Ash Concretes”, Third National Conference on 'Trendy and Sustainable Development in Civil Engineering, 15th May, K.S.R.College Engineering Tiruchengode, pp 55-63 [420]

159.Rajamane N. P., and Dattatreya J. K., and D. Sabitha, (2015), “Sulphate attack on fly ash concretes”, Third National Conference on 'Trendy and Sustainable Development in Civil Engineering, 15th May, K.S.R.College Engineering Tiruchengode, pp 64-71 [421]

160.Rajamane N. P., R. Jeyalakshmi, J. Baskar Sundar Raj, and S. Sangesh, (2015), “Geopolymer as Binder Material in Ferrocement”, Third National Conference on 'Trendy and Sustainable Development in Civil Engineering, 15th May, K.S.R.College Engineering Tiruchengode, pp 72-77 [422]

161.Rajamane N.P., R. Jeyalakshmi, Baskar Sundara Raj, and Sriram Bollineni “Effects of high temperature on Geopolymer composites”, Third National Conference on 'Trendy and Sustainable Development in Civil Engineering, 15th May, K.S.R.College Engineering Tiruchengode, pp 78-82 [423]

162.Rajamane N. P., Nataraja M. C. & R. Jeyalakshmi, (2015), “Geopolymeric activation of blast furnace slag and fly ash for structural concretes’, ICI-JSW Conclave on Durable Construction Using GGBS, Chennai, (Paper No 1 of Group 5), 15 th May, p12 (CD form) (2015-424 ICI-JSWConclave May 15 NPR RJ TB GPC 12p) [424]

163.Rajamane N. P. & J. Annie Peter, (2015), “Effect Of Triple Blending of Cement,


GGBS and Silica Fume in Concretes with Strengths of 85 and 105 MPa”, ICI-JSW Conclave on Durable Construction Using GGBS, Chennai, (Paper No 2 of Group 5), 15th

May, p17 (CD form) (2015-425 ICI-JSWConclave May 15 NPR JAP TB HPC 17p) [425]164.Rajamane N. P. & J. Annie Peter, (2015), “Benefits of Partial Replacement of Cement

by Ground Granulated Blast Furnace Slag in High Performance Concrete”, ICI-JSW Conclave on Durable Construction Using GGBS, Chennai, (Paper No 3 of Group 5), 15th

May, p7 (CD form) (2015-426 ICI-JSWConclave May 15 NPR JAP GGGBS HPC 7p) [426]165. Rajamane N. P. and Nataraja M. C., (2015), “GGBS Based Self Curing

Geopolymer Concrete And Strength Acceptability Criteria OF IS:456-2000”, ICI-JSW Conclave on Durable Construction Using GGBS, Chennai, (Paper No 4 of Group 5), 15th

May, p9 (CD form) (2015-427 ICI-JSWConclave May 15 NPR MCN GPC 9p) [427]166. Rajamane N. P. & R. Jeyalakshmi, (2015), “Geopolymerisation of fly ash and blast

furnace slag for structural concretes”, ICI-JSW Conclave on Durable Construction Using GGBS, Chennai, (Paper No 5 of Group 5), 15th May, p12 (CD form) (2015-428 ICI-JSWConclave May 15 NPR GPC 12p) [428]

167. Jeyalakshmi R., Dhinesh. M., Baskar Sundara Raj, Rajamane N.P., (2015), “Geopolymer: Portland cement Free Binder System From Industrial Wastes”, International Journal of ChemTech Research CODEN (USA): IJCRGG ISSN: 0974-4290 Vol.7, No.7, pp 2846-2854 (2015-429 IntJChemTech V 7 No 7 2015 pp 2846-54 GPC RJ MD BS NPR 9p)

[429]168. Ishaq T. Gezawa, G.Gangha, N.P Rajamane, N.Ganapathy Ramasamy, (2015), “Study

on Corrosion of Steel in Soil Medium”, IJRET: International Journal of Research in Engineering and Technology, Vol.4 , No.3, March, pp 1-6 (2015-430 IJERT V3 No 4 March Ishaq Gangha

NPR Corr of steel in Soil 6p) [430]169.Sathish Kumar M., N. P. Rajamane, N. Umamaheswari, (2015), “Effect of fly ash on

performance of concrete under rapid chloride permeability test (RCPT)”, National Conference on Innovations in Civil Engg Systems, CIT, Coimbatore, 4 April, (2015-431 Sathish

NPR Uma FAC RCPT CIT Coimbatore 8p) [431]170.Rajamane N. P., M C Nataraja, R. Jeyalakshmi and S Nithiyanantham, (2015), “Greener

durable concretes through geopolymerisation of blast furnace slag”, Materials Research Express, Vol 2, No 5, http://iopscience.iop.org/2053-1591/2/5/055502/, p8 (2015-432 NPR MCN

RJ SN Greener Dur GPC Mat Res express 8p) [432]171. Jeyalakshmi R, Rajamane N. P., and Dheeraj, (2015), “Use of Nano Silica for

improvement of porous fly ash and silica fume mortars”, International Journal of ChemTech Research CODEN (USA): IJCRGG ISSN: 0974-4290 Vol.7, No.3, pp 1132-1139 (2015-433 RJ NPR Dh nS FAM-SFM ChemTech 8p) [433]

172.Rajamane N P, Nataraja M. C, Lakshmanan N and Dattatreya J K, “Chloride permeability of geopolymer and Portland cement concretes using bulk diffusion test”, Indian Concrete Institute Journal, July-Sept 2014, Vol. 15, No. 2, pp.1-6 [434] [was given The Best Paper award by The Indian Concrete Institute]

173.Rajamane N P, and Jeyalakshmi R, “Quantities of sodium hydroxide solids and water to prepare sodium hydroxide solution of given molarity for Geopolymer Concrete mixes”, Indian Concrete Institute Journal, July-Sept 2015, Vol. 16, No. 2, pp.33-36 [435]

174. Rajamane N P, and Jeyalakshmi R, “Formulae for sodium hydroxide solution preparation of known molar concentration for geopolymer concretes”, The Indian Concrete Journal, Nov 2015, Vol. 89, No. 11, pp. 47-56[436]

175. Rajamane N P, Ambily P S, and Jeyalakshmi R, (2015), “Concrete mix-design through particle packing concepts”,National Workshop on ‘Advances in Concrete Technology and


Materials’, Goa Engineering College Farmagudi, Goa, 4th to 5th December, pp 48-61 (Proceedings in CD)[437]

176. Rajamane N P, Dattatreya J. K., andAmbily P. S., (2015), “Corrosion of steel in cracked fly ash concretes”,National Workshop on ‘Advances in Concrete Technology and Materials’, Goa Engineering College Farmagudi, Goa, 4th to 5th December, pp 61-73 (Proceedings in CD)[438]

177. Rajamane N P, Nataraja M C, and Jeyalakshmi R, (2015), “Eco-friendly geopolymer concretes using industrial wastes”,National Workshop on ‘Advances in Concrete Technology and Materials’, Goa Engineering College Farmagudi, Goa, 4th to 5th December, pp 73-102 (Proceedings in CD)[439]

178. Rajamane N P, (2015), “Microsoft Excel based mix design for fly ash concretes”,National Workshop on ‘Advances in Concrete Technology and Materials’, Goa Engineering College Farmagudi, Goa, 4th to 5th December, pp 103-113 (Proceedings in CD)[440]

179. Rajamane N P, andJeyalakshmi R, (2015), “Can fly ash replace river sand in cement concrete? – A study”,National Workshop on ‘Advances in Concrete Technology and Materials’, Goa Engineering College Farmagudi, Goa, 4th to 5th December, pp 114-123 (Proceedings in CD)[441]

180. Jeyalakshmi R, Rajamane N P, Baskar Sundararajan J, and Sivasakthi M, (2015), “Studies on Potential of Fly ash to Produce Fire Resistant Binder Through Geopolymerisation Technique”,National Workshop on ‘Advances in Concrete Technology and Materials’, Goa Engineering College Farmagudi, Goa, 4th to 5th December, pp 124-133 (Proceedings in CD)[442]

181. Rajamane N. P., (2015), “Light weight fly ash aggregate concretes, Part I: ‘Bonded Fly Ash Aggregates’ For Use as Coarse Aggregate”,National Workshop on ‘Advances in Concrete Technology and Materials’, Goa Engineering College Farmagudi, Goa, 4th to 5th December, pp 134-146 (Proceedings in CD)[443]

182. Rajamane N. P., (2015), “Light weight fly ash aggregate concretes, Part II: ‘Sintered Fly Ash Aggregates’ For Use As Coarse Aggregate”,National Workshop on ‘Advances in Concrete Technology and Materials’, Goa Engineering College Farmagudi, Goa, 4th to 5th December, pp 146-159 (Proceedings in CD)[444]

183. Rajamane N. P., (2015), “Light weight fly ash aggregate concretes, Part III: Corrosion Resistance of Fly Ash Aggregate Concrete”,National Workshop on ‘Advances in Concrete Technology and Materials’, Goa Engineering College Farmagudi, Goa, 4th to 5th December, pp 159-164 (Proceedings in CD)[445]

184. Rajamane N. P., Ambily P. S., Jeyalakshmi R., and Udayabanu T., (2015), “Fly Ash Aggregates for Self Curing Portland Cement Mortar”,National Workshop on ‘Advances in Concrete Technology and Materials’, Goa Engineering College Farmagudi, Goa, 4th to 5th December, pp 165-173 (Proceedings in CD)[446]

185. Rajamane N P, and Jeyalakshmi R, (2015), “Understanding fly ash for its use in concretes”,National Workshop on ‘Advances in Concrete Technology and Materials’, Goa Engineering College Farmagudi, Goa, 4th to 5th December, pp 174-197 (Proceedings in CD)[447]

Year 2016186. Jeyalakshmi R., Rajamane N. P., Baskara Sundararaj J, and Sivasakthi M, (2016),

“Fire Resistant Low Carbon Footprint Geopolymer from Fly Ash”, ICI Journal, Jan-Mar, pp 9-14. [448]

187. Namitha Lekshmi J , Rajamane N. P, Baskara Sundararaj J, and R Jeyalakshmi, (2016), “A study on residual strengths of geopolymer and Portland cement based mortars after


exposure to high temperatures”, International conference on “Advances in Civil Engineering and Sustainable Construction” (ACESC 2016), 30th March to 1st April 2016, p5. [449]

188. Boopalan C., N. P. Rajamane and R Jeyalakshmi, (2016), “A case study on lowering of carbon footprint of residential building construction with geopolymer concrete”, International conference on “Advances in Civil Engineering and Sustainable Construction” (ACESC 2016), 30th March to 1st April 2016, p10. [450]

189. Sathishkumar A. P., N.P. Rajamane, J Baskar Sundararaj and R Jeyalakshmi, (2016), “Self Curing of Portland Cement Concretes with Special Chemical Admixture – a study”, International conference on “Advances in Civil Engineering and Sustainable Construction” (ACESC 2016), 30th March to 1st April 2016, p5. [451]

190. Kiruthika. K., Rajamane N. P., and Ambily P S, (2016), “Relation between Compressive, Tensile, and Flexural Strengths of Lightweight Concretes with Sintered Fly Ash Aggregate”, International conference on “Advances in Civil Engineering and Sustainable Construction” (ACESC 2016), 30th March to 1st April 2016, p13. [452]

191. Rajamane N P, Ambily P S and R Jeyalakshmi, (2016), “Concrete mix-design based on bi-particle packing theory”, International conference on “Advances in Civil Engineering and Sustainable Construction” (ACESC 2016), 30th March to 1st April 2016, p13. [453]

192. Kapil Dev K, N.P Rajamane, J Baskar Sundar Raj, (2016), “Studies on strength and corrosion resistance of air cured portland cement matrix containing ‘self curing chemical admixture’”, International conference on “Advances in Civil Engineering and Sustainable Construction” (ACESC 2016), 30th March to 1st April 2016, p6. [454]

Appendix DTechnology/process/product developed

S No

Title Yearof development

[1] Building blocks with geopolymer and quarry dust 2015[2] Ferrocement with eco-friendly geopolymer mortar 2015[3] Ferrocement with very lean corrosion resistant cement mortar 2014[4] Self curing cement mortar 2014[5] Chemical treatment of very lean cement mortar for corrosion resistance 2013[6] Fast evaluation technique for corrosion inhibitors 2012[7] Pervious concrete for pavements 2011[8] Nano silica treatment for improved durability of cement concrete matrices 2010[9] Zero-Portland cement based building/paver blocks 2009[10] Pumpable concrete mixes for construction of dams 2008[11] Earthquake resistant precast roof panels 2007[12] A novel geopolymer based jointing material for prefabricated assemblies 2007[13] Pre-cracking set-up for reinforced concrete specimens for durability

studies2006

[14] GGBS based geopolymer concretes with and without fly ash 2006[15] Self Curing Cement Mortar with fly ash aggregates 2006[16] Structural grade lightweight concretes with fly ash aggregates 2005[17] Production technology for fly ash aggregates 2005[18] Building blocks using fly ash and fly ash aggregates 2006[19] Procedure for selection of mortar for fly ash aggregates concretes 2006


[20] Lightweight polymer concrete with fly ash aggregates 2006[21] Cement concretes with partial replacement of sand by fly ash 2005[22] Concrete mix design procedure based on theory of particle packing 2004[23] Quick white topping for roads with self curing geopolymer concrete 2006[24] High volume fly ash concrete for road construction 2005[25] Fibre reinforced concrete for pavements 2005[26] Quick setting concretes for road construction and repair 2005[27] Acid resistant ‘geopolymeric concretes’ from industrial wastes 2005[28] Building blocks using fly ash and sand 2005[29] Self- compacting concrete for reinforced concrete beams 2004[30] Geo-polymeric low-energy cement from fly ash for structural applications 2004[31] Inorganic polymer from Class 'C' fly ash and blast furnace slag powder 2004[32] Triple blended concretes with GGBS & silica fume (85 to 105 MPa) 2003[33] Fly ash based self compacting concretes (SCCs) 2003[34] Computer programme on particle packing theory for concrete mix design 2003[35] Equipment for assessment of rheological properties of SCCs 2002

Appendix EDr NPR peer-reviewed very recently papers for following Journals

S No Name of journal Nos reviewed1. ICI Journal 112. ACI Structural and Materials Journals 93. Journal of Testing and Evaluation ASTM 24. Cement and Concrete Composites 15. The Indian Concrete Journal 76. International Journal of Earth Sciences & Engineering -IJEE 27. IJEMS 38. Materials and Structures 19. Sadhana - Academy Proceedings in Engineering Science 1210. Journal Computers and Structures 111. J of IE(I) 412. Indian Road Congress 213. ASTM Advances in Civil Engineering Materials 114. Frontiers of Structural and Civil Engineering 115. International Journal of Sustainable Built Environment 116. Materials Research Innovations

17. JMAD

18. Concrete Research Letters

Appendix F

Recent R&D topics taken up at CACR, SRMU[1] Self curing Portland cement concrete for durable construction[2] Chloride corrosion resistant Portland cement formulation and production[3] Corrosion resistant ferrocement with very lean mortar having low carbon footprint[4] Nano-cellulose fibres from agricultural and plant waste plant products[5] Pervious concretes for rain harvesting[6] EPS lightweight concrete for low thermal conductivity for thermal efficient buildings[7] Nano-silica for strong, durable, long lasting concrete structures


[8] Ecofriendly building blocks from quarry dust with and without Portland cement[9] Self curing geopolymer concretes as alternate Portland cement concretes[10] Corrosion behaviour of steel in sub-soil conditions[11] Structural behaviour of RCC elements with partial presence of cover concrete[12] Encapsulation of heavy elements of industrial wastes in geopolymer matrix[13] Nano-material technology for geopolymer concretes[14] High temperature resistant geopolymer and Portland cement concretes[15] Electrical characterizations in geopolymer and Portland cement composites[16] Ferrocement with geopolymer as wood substitute and low cost precast products[17] Monitoring/study of corrosion behaviour of reinforcing steel in subsoil conditions[18] Accelerated corrosion testing of steel reinforcement[19] Structural behaviour RCC without cover concrete[20] Steel-concrete composites with Geopolymeric binders[21] Red mud (Aluminium industry waste) for building blocks & concretes with/without Portland cement

Appendix G

Membership of Professional Bodies :(i) ICI (ii) ACCE (iii) IE(I) (iv) ISNT (v) SAEST (vi) IGS Chennai Chapter (vii) IITArb (viii) IIBE (ix) Association of Infrastructure Engineers & Technocrats (AIET)(x) SEFI http://www.sefindia.org S No 1905 rajmane Joined 26 Jan 2003

N P Rajamane PhD

04 Apr 2015


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