09-7342 Umschlag: Final Umschlag 2005Composite coatings with drag reduction and self cleaning properties V. Drescher*, J. Wilden, P. Schaaf Thermally sprayed oxidation protection coa-tings

Thermal Spray:Global Solutions

for Future Application

May 3 – 5, 2010

Organizers:

DVS - German Welding SocietyASM International - Thermal Spray Society (TSS)

IIW International Institute of Welding

Final Program

ASM Thermal Spray SocietyAn Affiliate Society of ASM International

Media Sponsors:

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e/it

sc20

10

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Raffles City Convention CentreFairmont Singapore &

Swissôtel The Stamford

Power Engineering andPower Engineering and

Solid Oxide Fuell CellSolid Oxide Fuell Cell

Application

Highlights:

Gas TurbinesGas Turbines

Aerospace IndustryAerospace Industry

Off-ShoreOff-Shore

Industrial EngineeringIndustrial Engineering

Paper and PrintingPaper and Printing

Biomedical CoatingsBiomedical Coatings

Young ScientistsYoung Scientists

09-7342_Umschlag: Final Umschlag 2005 18.12.2009 11:21 Uhr Seite 2

DVS – The German Welding Society is pleased to announce the following sponsors of ITSC 2010 conference:

DURUM Verschleiss-Schutz GmbH (Germany)

Flame Spray Technolgies bv (The Netherlands)

H.C. Starck GmbH (Germany)

obz innovation gmbh (Germany)

Sulzer Metco AG (Switzerland)

Turbocoating S.p.A. (Italy)

ARTEC S.p.A. (Italy)

Are you interested? Further sponsors are welcome. Please contact: [email protected]

Sponsoring

Sulzer Metco


Welcome to Singapore!

On behalf of the German Welding Society (DVS), the ASMThermal Spray Society (ASM-TSS) and the InternationalInstitute of Welding (IIW), we would like to extend ourwarmest welcome to invite you to Singapore for ITSC –International Thermal Spray Conference & Exposition2010.

Nowadays in times of a worldwide financial crisis, even ifit is decreasing by now, it is a challenge but also a strongpositive sign to announce a well prepared ITSC in theAsian Pacific Rim representing all of our customers´ aimsand aspects.

Surfacing plays an important role and is widely used invarious industries. Therefore Singapore as a vital econo-mic pillar in Asia offering impressive achievements forthermal spray applications:

• Asia No. 1 aerospace maintenance, repair and overhaul hub

• 20 % world market share for ship repair

• Among the top 3 global centres for oil and gas equipment manufacturing and servicing

• 70 % world market share in jack-up rigs

• One of the top oil refining centres in the world

• Among the top 10 petrochemical hubs in the world

At ITSC 2010, we successfully keep on featuring thelatest developments in thermal spray applications, tech-nology and science also for the above marked markets.

To strengthen the Thermal Spray Technology in its exi-sting and future markets, ITSC 2010 broadens its use-oriented “Application Highlights” for growing and upco-ming applications:

• Power Engineering and Solid Oxide Fuel Cell

• Gas Turbines

• Aerospace Industry

• Off-Shore

• Industrial Engineering

• Paper and Printing

• Biomedical Coatings

With a “One Day One Market” philosophy ITSC 2010continues an application oriented information conceptstraight forward towards practical needs, optimisinginvest of time for different industries.

Over 200 oral- and 70 poster presentations provide themost important source of thermal spray technical infor-mation available.

Additionally, more than 30 exhibitors will provide the con-ference attendees with optimum information about theircurrent and ongoing developments.

Supporting emerging professionals in thermal sprayingbecomes a forward-looking must for ITSC! With the“Young Scientist” session ITSC 2010 offers a brilliantstage for promising young talents, both from industryand universities, sharing their work. This session isaccompanied by a special poster exposition. All visitorsto this session can elect their favorite contribution, andthe winner will be announced during the awards banquet.

With ITSC a substantial worldwide personal and techni-cal network is created. The knowledge and experiencesshared between you, the authors, instructors, studentsand exhibitors at this outstanding three-day-event is whythermal spray will continue to flourish in the next deca-des, with ever-increasing new market segments and newcommercial opportunities.

A very special thank you not only to the numerousauthors of lectures and poster contributors, but also tothe sponsors and experts who are making themselvesavailable for the Program Committee, Session Chairmen,and the employees of all societies involved. It has beendue to their work that a contribution has been made forthe successful staging of the conference.

We look forward to welcoming you at ITSC 2010 inSingapore in May. Come and enjoy countless fascinatingexperiences, and take away technical innovation but alsomemories that are uniquely Singapore.

1

Klaus MiddeldorfGeneral Manager DVS - German Welding Society

Join us to network Thermal Spray Technology in an exciting part of Asia

09-7342_Inhalt_01:DVS Final-Heft 2005 18.12.2009 11:22 Uhr Seite 1

Time Schedule

2

Monday, May 3, 2010

Time Sophia Room Olivia Room Moor Room Hullet Room

09:00Opening

Plenary Lecture

10:30 Cold Spraying 1 Wear Protection 1 Plasma Spraying 1 Gas Turbines 110:10 Coffee Break

12:30 Opening of Exposition and Poster Session13:00 Lunch Break

14:00 Cold Spraying 2

15:20 Coffee Break

15:40 Quality and Qualification Paper and Printing Biomedical Coatings Off-Shore

HVOF 1Power Engineering

and SOFC 1Process Diagnostics 1

Tuesday, May 4, 2010


08:40 Nanomaterial Coatings 1 Plasma Spraying 2Economic and Environmental

AspectsCold Spraying 3

10:40 Properties 1 Hard Chrome Replacement Industrial Engineering Wear Protection 2

10:20 Coffee Break

12:40 Lunch Break and Poster Session

13:40 Young Scientists

15:20 Coffee Break

Gas Turbines 2Power Engineering

and SOFC 2HVOF 2 Cold Spraying 415:40

20:00 ITSC 2010 Awards Banquet, Sentosa Island, Sapphire Pavilion

Wednesday, May 5, 2010


08:40Process

Diagnostics 2Modeling & Simulation 1 Nanomaterial Coatings 2 Cold Spraying 5

10:20 Coffee Break

10:40 Aerospace Industry


Wear Protection 3 Gas Turbines 3 Properties 3Biomedical and

Polymer Coatings13:40

Properties 2 Modeling and Simulation 2 Corrosion Protection


Contents

3

Sponsoring ............ Inside Front Cover

Welcome to Singapore ............ 1

Time Schedule ............ 2

Contents ............ 3

Technical Program ............ 4

Poster Session ............ 24

Exposition ............ 28

Education Courses ............ 29

General Information

Registration Information ............ 34

Hotel Information ............ 35

Tips for Singapore ............ 35

Social Event

ITSC 2010 Awards Banquet ............ 35

List of Presenting Authors, Poster Presenters,

Session Chairmen ............ 36

Conference Committees and

Endorsing Sponsors ............ 47

Reservation Form for Hotels ............ 48

Registration Form ............ Inside Back Cover

Imprint

Photos by courtesy of:

Flame Spray Technologies bv, The Netherlands


Opening

Plenary Lecture:M. OechsnerMaterials needs for advanced industrial gas turbines of the future

Session Chairmen: M. Dorfman / P. Heinrich

Cold Spraying 1Session Chairmen: P. Heinrich / C.M. Kay

Cold spray technology – from academicresearch to the market placeT. Klassen, H. Kreye*

Cold spraying: exploring new materialsT. Klassen*, F. Gärtner, T. Schmidt, H. Kreye

New industrial applications for cold sprayingS. Hartmann*

Design and production of powders tailoredto cold sprayingA. Coleman*, K. Murray, M. Kearns

Further development of process equipmentfor cold sprayingP. Heinrich, P. Richter, T. Klassen, O. Cheng*

Transmission electron microscopy of coldsprayed titaniumP. King*, M. Jahedi

Wear Protection 1Session Chairmen: C. Moreau / R. Thorpe

Microstructure and mechanical behavior ofsuspension plasma sprayed Al2O3 andAl2O3-YSZ composite coatingsG. Bertrand*

Analysis of Fe-base materials and evalua-tion of their suitability for wear protectioncoatings A. Pelz*

Wear behavior and performance of a costeffective iron-based, carbide reinforced, sin-tered coatingM. Lugbauer*, E. Badisch, A. Kröll

Structure and tribological characteristics ofHVOF coatings sprayed from powder blendsof Cr3C2-25NiCr and metallic alloysP. Vuoristo*, A. Määttä

Characterization of high temperature abra-sive wear of cold sprayed FeAl intermetalliccompound coatingC. Li*, G. Yang, H. Wang, S. Zhao, C. Bao

Properties of coating by plasma sprayingultrafine Cr3C2-25%NiCr powdersZ. Li*, K. Zeng, Y. Yu

Monday, May 3, 2010

Sophia Room

Sophia Room Olivia Room

09:00

10:10

10:30

10:50

11:10

11:30

Technical Program

4

Coffee Break

11:50

12:10


Technical Program

Gas Turbines 1Session Chairmen: K. Bobzin / T. Coyle

Composite coatings with drag reductionand self cleaning propertiesV. Drescher*, J. Wilden, P. Schaaf

Thermally sprayed oxidation protection coa-tings for ã-TiAl substratesM. Brühl, K. Bobzin, T. Schläfer*, T. Warda

Erosion of ceramic abradable coatings usedin gas turbinesK. Laul*, R. Wellman, R. Shankar

Suspension plasma spraying (SPS) as a pro-mising process for the manufacture of ther-mal barrier coatings (TBCs)A. Guignard*, H. Kaßner, R. Vaßen, D. Stöver

Relationships between coating microstruc-ture and thermal conductivity in thermalbarrier coatings – a modeling approachP. Nylen*, I. Tano, N. Curry, J. Wigren

Oxidation behavior of MCrAlY bond coatsmanufactured by plasma, HVOF and coldgas dynamic sprayingP. Richer*, M. Yandouzi, L. Beauvais, B. Jodoin

Hullet RoomMoor Room

Monday, May 3, 2010

Plasma Spraying 1Session Chairmen: G. Montavon / T. Warda

New conventional plasma gun with highperformance: ProPlasma HPA. Allimant*, D. Billières

Triplex gun platform: impacting all operatio-nal aspects of thermal sprayingC. Dambra*, D. Hawley

Yttria deposition by a novel plasma torchL. Pershin*, J. Mostaghimi

Hybrid laser plasma coating processY. Borisov*, I. Krivtsun, S. Vojnarovich, A. Kislitsa, E. Kuzmich-Yanchuk

Investigation of atmospheric plasma sprayed tungsten carbide cobalt coatingsusing statistical design of experimentsB. Krebs*, W. Tillmann, E. Vogli

Plasma sprayed NiCr metallic coatingsusing Ar-shroud systemM. Morks, C. Berndt*

5

Coffee Break

Highlight

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10:30

10:50

11:10

11:30

11:50

12:10


Technical Program

Monday, May 3, 2010

6

Cold Spraying 2

Session Chairmen: T. Klassen / J. Villafuerte

Properties of titanium structures directlymanufactured via cold sprayS. Gulizia*, M. Jahedi, D. Fraser, C. Tang

Wear behavior of titanium coatings on alu-minum light alloys obtained by cold gassprayingS. Dosta*, N. Cinca, M. Barbosa, J. Guilemany

Cold sprayability of pure titanium coatingsW. Wong*, S. Yue, E. Irissou, J. Legoux

Layer formation and impact phenomena of cold sprayed ceramic titanium dioxideparticles on metal surfacesJ. Kliemann*, C. Borchers, J. Stötzner, H. Gutzmann, F. Gärtner, T. Klassen


15:20

13:00

14:00

14:20

Lunch Break

Opening of Exposition and Poster Session

HVOF 1

Session Chairmen: S. Kuroda / J. Beczkowiak

Functionalization of high performance polymers by the use of a combined HVOFprocess for powder and wireC. Rupprecht*, B. Wielage, G. Paczkowski

HVOF spraying of ultrahigh boron high car-bon tool steel coating for wear resistanceapplicationsR. Balasudaram*, G. Mauer, R. Vaßen, A. Röttger, S. Weber, W. Theisen

CFD modeling to assist the development ofefficient thermal spray systemsS. Gu*, H. Tabbara

Correlation of wear resistant functions ofHVOF and warm sprayed WC-Co coatingswith in-flight particle characteristicsK. Sato*, J. Kitamura, G. Raman, M. Watanabe,S. Kuroda, M. Komatsu

Coffee Break

12:30

14:40

15:00


Technical Program

7

Moor Room Hullet Room

Monday, May 3, 2010

PowerEngineering and SOFC 1Session Chairmen: C. Coddet / T. Lampke

Dense ceramic coatings by thermal spraytechnology for applications in solid oxidefuel cellsR. Vaßen*, M. Karger, D. Stöver, U. Maier, M. Hoffmann

Plasma sprayed LSCF oxygen electrode forSOFCA. Ansar*, D. Soysal, Z. Ilhan, N. Wagner

Technical challenges of suspension plasmaspraying of nanopowders for SOFCsD. Soysal*, A. Ansar

Plasma spraying of lanthanum silicate elec-trolytes for intermediate temperature solidoxide fuel cellsS. Dru*, K. Wittmann-Tenèze, E. Meillot, M. Saboungi, R. Benoit

Process Diagnostics 1

Session Chairmen: A. Bachmann / J. Schein

NIR (Near-Infra-Red) sensor – an alternativediagnostic tool for the online process con-trol of thermal spray processesA. Schwenk*, S. Marke, T. Wallendorf

The next step in intelligent gun technology:EvoLink for plasma sprayingA. Kilchenmann, M. Koller*, H. Hoehle

Measurement of particle parameters at deto-nation sprayingI. Smurov*, D. Pervushin, V. Ulianitsky, S. Zlobin,B. Laget

Shadow imaging of liquid precursors underplasma spraying conditionsA. Vardelle*, M. Vardelle, S. Goutier, C. Chazelas

Lunch Break

Opening of Exposition and Poster Session

Coffee Break

Highlight

15:20

13:00

14:00

14:20

12:30

15:40

15:00


Technical Program

Quality and Qualification

Session Chairmen: W. Herlaar / T. Kraak

Education, training and certification in ther-mal sprayingR. Huber*, A. Ohliger-Volmer, F. Zech

GTS – the guarantor of quality in thermalsprayingP. Heinrich*

The shear test for thermally sprayed coa-tings in quality managementS. Hartmann, F. Deuerler, R. Winkler*

Development and use of e-learning systemof thermal spraying for promoting and edu-cating engineerS. Hirose*, A. Ohmori, K. Mori

Qualifying of new spray powders for the usewith cold sprayingE. Baehr*, H. Hoell, P. Richter

Monday, May 3, 2010


8

15:40

16:00

16:20

17:00

16:40

Paper and Printing

Session Chairmen: V. Guipont / S. Oki

On-site thermal spraying in paper machinesH. Jungklaus*, A. Etschmaier

ColferoloyTM – an iron-based alternative forwear resistance applications G. Stratford, P. Allnatt, H. Burkard*

Thermally sprayed fine Fe-based materialsfor wear protection applications in the prin-ting industryT. Warda*, K. Bobzin, T. Schläfer

Cold spraying of Zn and Zn-alloy coatingsfor print applications K. Onizawa*, J. Jansen, M. Schulze, F. Gärtner,T. Klassen

An alternative to chromium oxide: reducedexposition to hexavalent Cr with RUBY pow-derA. Allimant*, D. Billières, H. Wallar

Highlight


Off-Shore

Session Chairmen: C. Rupprecht / J. Ryan

Thermal spraying of zinc and zinc-aluminumalloys for corrosion protection F. Prenger*, J. Spriestersbach

The performance of different WC-based cermet coatings in oil and gas applications– a comparisonH. Meng*, X. Hu, P. Gourdji, A. Neville

Cavitation erosion characteristics and frac-ture morphology of thermal spray coating A. Kanno*, T. Takabatake, Y. Nanba, K. Tani, S. Uematsu, S. Sugasawa, M. Yoshioka, Y. Ishihara

The advancement and positioning of lasercladding in the surface engineering industry T. Marchione*, A. Choong, D. Dezert

Study of corrosion behavior of Al and Al-Znwire arc sprayed mild steel in offshoreapplicationsH. Salimijazi*, E. Abedi, M. Golozar, J. Mostaghimi, L. Pershin

Technical Program

9


Monday, May 3, 2010

Biomedical Coatings

Session Chairmen: P. Hanneforth / C. Wasserman

Evaluation of the photocatalytic activity ofTiO2-coatings prepared by different thermalspray techniquesH. Gutzmann*, F. Toma, J. Kliemann, J. Stötzner, L. Berger, B. Leupolt, F. Gärtner, T. Klassen

High velocity suspension flame spraying(HVSFS) deposition of bioactive glass coa-tings on Ti substrates with and without TiO2bond coatingV. Cannillo*, G. Bolelli, R. Gadow, A. Killinger,L. Lusvarghi, A. Sola, N. Stiegler

A morphological study of hydroxyapatitesplats flame sprayed onto commerciallypure titaniumS. Saber-Samandari*, C. Berndt, K. Gross, J. Wang

Cold spray copper antimicrobial coatingsV. Champagne, M. Trexler*, D. Helfritch

Deposition of TiO2 ceramic particles on coldspray processM. Yamada*, H. Isago, K. Shima, H. Nakano,M. Fukumoto

15:40

16:00

16:20

17:00

16:40

HighlightHighlight


Technical Program



10

08:40

09:00

09:20

10:20

09:40

Coffee Break

Nanomaterial Coatings 1

Session Chairmen: P. Fauchais / L. Berger

Composition of alumina titania coatingsmanufactured by suspension plasma sprayingG. Montavon*, G. Darut, E. Klyatskina, S. Valette, A. Denoirjean, H. Ageorges, P. Fauchais, F. Segovia, M. Salvador

Duration and reliability of axial plasmaspraying slurry processZ. Tang*, P. Hartell, G. Masindo, I. Yaroslavski,D. Ellsworth, A. Burgess

Crystal and micro structures of plasmasprayed yttrium oxide coatings by axialinjection of fine powder slurriesJ. Kitamura*, H. Mizuno, K. Sato, Z. Tang, A. Burgess

Integrated property evaluation of kinetic andthermal sprayed multi-walled carbon nano-tube reinforced copper composite coatingsK. Kang*, J. Kim, G. Bae, C. Lee

Tribological behavior of carbon nanotubereinforced plasma sprayed aluminum oxidecoating at elevated temperatureA. Keshri*, A. Agarwal

Plasma Spraying 2

Session Chairmen: H. Jungklaus / Y. Borisov

High temperature behavior of CoNiCrAlYcoatings made by laser claddingL. Lusvarghi, C. Giolli*, K. Partes, A. Fossati,M. Di Ferdinando, G. Bolelli, A. Lavacchi, F. Vollertsen, A. Scrivani

Effect of powder size distribution on thereproducibility of plasma spray process: acase study of plasma sprayed YSZ coatingsG. Dwivedi*, J. Colmenares, T. Nakamura, S. Sampath

Influence of feedstock powder for fabrica-tion of aluminum nitride in reactive atmos-pheric plasma spray processM. Shahien*, M. Yamada, T. Yasui, M. Fukumoto

The effect of plasma gas on structure ofplasma sprayed forsteriteT. Coyle*, H. Samadi, L. Pershin

Plasma spray physical vapor deposition(PS-PVD); Vapor phase deposition using a plasma spray processK. von Niessen*, R. Schmid, A. Zaugg,M. Gindrat

10:00

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Technical Program

11



Economic andEnvironmental AspectsSession Chairmen: G. Bertrand / J. Stricker

Advanced spray gun technologies for industrial marketsJ. Girgulis*, C. Dambra, A. Barth, D. Hawley

Selective impact of industrial gases on thethermal spray processW. Krömmer*, P. Heinrich

The use of national and EC public funds forfinancing R&D activities: the case of a ther-mal spray shop C. Giolli, S. Meneghetti*, A. Scrivani,A. Giorgetti

Life cycle assessment of using powder andliquid precursors in plasma spraying: thecase of yttria-stabilized zirconiaA. Vardelle*, A. Moign, C. Chazelas, J. Legoux,N. Themelis

Measurement of particle emissions genera-ted by arc spray and flame spray processesD. Billiers*, D. Bemer, I. Subra, M. Lecler,R. Regnier, Y. Morelle

Cold Spraying 3

Session Chairmen: S. Hartmann / C. Li

Portable high pressure cold spray process:equipment, coatings and applicationsJ. Karthikeyan*, C. Kay, H. Hoell

Potential of cold gas spraying in powerelectronic applicationsK. Donner*, F. Gärtner, T. Klassen

Defined metallization of thin ceramic sub-strates via cold spray process C. Rupprecht*, B. Wielage, T. Grund,S. Kümmel, J. Wilde, E. Rastjagajev

Study of the influence of the substrate tem-perature on Al coatings deposited by coldsprayS. Rech*, S. Vezzù, A. Trentin, E. Irissou,J. Legoux, M. Guagliano

Residual stresses in cold sprayed coatingsF. Gärtner*, H. Assadi, T. Schmidt, K. Binder,T. Klassen

Coffee Break 10:20

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09:00

09:20

09:40

10:00


Technical Program



12

10:40

11:00

11:20

11:40

12:00

12:20


Properties 1

Session Chairmen: B. Wielage / E. Irissou

Influence of substrate temperature on themicrostructures and properties of APSAl2O3 coatingsC. Li*, S. Hao, G. Yang

Thermophysical studies on thermally sprayed tungsten carbide-cobalt coatingsS. Thiele*, L. Berger, J. Spatzier, K. Jaenicke-Roessler, K. Sempf

Properties of thick Cr2O3 and Cr2O3-5SiO2-3TiO2 coatings deposited by water stabili-zed plasma spray processP. Vuoristo*

Effect of blasting angle and blasting time onthe amount of residual grit blasted on steelsubstrate and adhesive property of sprayedcoatingT. Maruyama*, T. Miyazaki, T. Kishita, T. Kobayashi

Thermal shakedown of thermal spray coa-tingsA. Valarezo*, M. Bejarano, D. Welch, S. Sampath

Comparative study of the electrical proper-ties and microstructures of the spinel andalumina coatingsF. Toma*, L. Berger, S. Scheitz, V. Sauchuk, M. Kusnezoff

Hard ChromeReplacementSession Chairmen: W. Tillmann / B. Marple

APS-Al2O3 coatings versus arc sprayed andplasma anodized Al layersT. Grund, T. Lampke*, D. Meyer, H. Pokhmurska, B. Wielage

HVOF chrome replacement coating – effectof process conditionsS. Dixit*, M. Chin, R. Dixit

Microstructures of metallic NiCrBSi coa-tings manufactured via hybrid plasma sprayprocessN. Serres*, F. Hlawka, S. Costil, C. Langlade, F. Machi

Deposition of WC-base coating for wear andhigh impact resistance applicationB. Prawara*, E. Riyanto, B. Priyono

The interaction of process and particle sizein HVOF spraying of WC-CoCr sub-microncarbide powders T. Varis*, T. Suhonen, A. Ghabchi, U. Kanerva,X. Liu, J. Oksanen, O. Söderberg, S. Hannula

Microstructure and enhanced mechanicalproperties of WC-Co coatings obtained bywarm sprayingS. Kuroda*, G. Sundra Raman, M. Watanabe,M. Komatsu, K. Kitamura, J. Kitamura


Technical Program

13



Lunch Break and Poster Session

Industrial Engineering

Session Chairmen: T. Schläfer / M. Khor

Wire arc sprayed iron-based anti corrosioncoatings for waste incineration plantsV. Drescher, J. Wilden*, R. Durham, M. Schütze

Effect of MCrAlY coating for corrosion resi-stance in specific high temperature atmos-phereA. Niwa*, K. Hamashima

Assessment of HVOF sprayed coatings forwear and corrosion protection in the steelindustry C. Lima*, F. Camargo

Functional wear resistant tool surfaces fornovel friction spinning forming process tomanufacture parts with graded thermomechanical propertiesI. Baumann*, W. Tillmann, E. Vogli, F. Hoffmann, W. Homberg, C. Beerwald, D. Hornjak

Microstructure and NO2 sensing performance of APS ZnO coatingsC. Zhang*, M. Debliquy, H. Liao, C. Coddet

Tungsten-based coatings to increase thelifetime of permanent-mold casting molds V. Drescher*, J. Wilden

Wear Protection 2

Session Chairmen: X. Huang / T. Grund

Improved hardfacing for drill bits and drillingtoolsA. Sue*, H. Sreshta

Carbon-based films on HVOF sprayed WC-Co-Cr coatings for the protection of alumi-num alloysL. Lusvarghi*, G. Bolelli, B. Bonferroni, F. Pitacco, G. Coletta

The influence of particle temperature, parti-cle velocity and coating surface temperatu-re on the sliding wear performance HVOFsprayed TiO2-Cr2O3 coatingsL. Berger*, R. Trache, S. Saaro, R. Lima, B. Marple

Extension of erosion life of turbine housingby HVOF thermal sprayingK. Sonoya*, M. Nakamura, K. Ishida

Wear properties of Ni-based composite coa-tings sprayed by HVAF C. Wu*, K. Zhou, C. Deng, C. Deng

Development and characterization of amor-phous steel base cermets M. Parco*, I. Fagoaga, G. Barykin

Highlight

12:40

10:40

11:00

11:20

11:40

12:00

12:20


Technical Program


Sophia Room

14

13:40

Young Scientists

Session Chairmen: C. Berndt / K. Nassenstein

A particle image velocimetry method for low illumination conditions based on continuousparticle image velocimetryL. Rockstroh*, M. Wroblewski, J. Hillebrand, A. Balevic, M. Shaikh, S. Simon, R. Gadow

Bioactive coatings applied by cold spray coating technology for biomedical implantsS. Ang*, J. Cizek, C. Berndt, P. Cheang, M. Khor

Mathematical modeling and simulation of a kerosene driven HVOF processM. Schäfer*, K. Bobzin, D. Bagcivan, D. Parkot

Cold spraying for titanium dioxide coatings with high photo catalytic activityJ. Kliemann*, J. Stötzner, H. Gutzmann, D. Bahnemann, F. Gärtner, T. Klassen

Flattening and cooling of millimetre and micrometre sized alumina dropsS. Goutier*, M. Vardelle, J. Labbe, P. Fauchais

Effect of annealing on microstructure of cold sprayed cBNp/NiCrAl composite coatingC. Li, X. Luo*, G. Yang

Coating of aluminum components with iron-based nanocrystalline solidifying materials toimprove wear resistance O. Lehmann*, J. Wilden, V. Drescher

PIV measurements of metallic powders produced by liquid metal atomization using laval nozzleO. Khatim*, M. Planche, Y. Bailly, F. Guermeur, L. Dembinski, L. Gerardot, C. Coddet

Columnar structured thermal barrier coatings by thin film low pressure plasma spraying(LPPS-TF™)A. Hospach*, R. Vaßen, D. Stöver

Highlight

13:45

13:50

13:55

14:00

14:05

14:10

14:15

14:20


Technical Program

15

Sophia Room


Velocity diagnostics for gas velocity distributions in cold gas and plasma spraying usingnon-resonant laser scatteringS. Lange*, M. Sieber, J. Marques, G. Forster, J. Schein

Effect of heat treatment on porosity and corrosion performance of cold sprayed titaniumcoatings T. Hussain*, D. McCartney, P. Shipway, T. Marrocco

Relations between in flight particle characteristics and coating properties by HVOF sprayingB. Hussong*, W. Tillmann, E. Vogli

Process map for plasma sprayed carbon nanotube reinforced aluminum oxide nanocompo-site coatingsA. Keshri*, R. Patel, A. Agarwal

Consolidation of Al2O3/Al nanocomposite powder by cold sprayD. Poirier*, J. Legoux, R. Drew, R. Gauvin

Changes observed in anelastic behavior of plasma sprayed YSZ coatings by modifying thedefect surfacesG. Dwivedi*, A. Valarezo, S. Sampath, T. Nakamura

Adhesion of nanostructured YSZ plasma sprayed coating on thin substratesR. Vert*, E. Meillot, A. Vardelle, G. Mariaux, C. Dublanche-Tixier

Thermal spray forming of high efficiency, metal foam heat exchangers tubes N. Tsolas, S. Chandra*, H. Salimi-Jazi, L. Pershin, J. Mostaghimi

Coffee Break

14:25

14:30

14:35

14:40

14:45

14:50

14:55

15:00

15:20


Technical Program



16

15:40

ITSC 2010 Awards BanquetSentosa Island, Sapphire Pavilion

Gas Turbines 2

Session Chairmen: B. Jodoin / W. Krömmer

On the oxidation behavior of a thermal bar-rier coating with cold gas dynamic sprayCoNiCrAlY bond coatE. Irissou*, W. Chen, J. Legoux, X. Wu, B. Marple

Characterization of elastic plastic propertiesof thermal sprayed NiCoCrAlY coatings P. Nylen, A. Fasth*, R. Musalek, N. Markocsan

Effect of Ca addition in CoNiCrAlY powderfor high temperature oxidation resistanceHVOF coatingsL. Lusvarghi, C. Giolli, A. Scrivani*, G. Rizzi, G. Bolelli, U. Bardi, A. Fossati, A. Lavacchi, M. Di Ferdinando

Design of a thick thermal barrier coating tominimize in-service stressesT. Coyle*, H. Samadi

Challenges for plasma spray deposition ofdecomposition prone perovskite coatings M. Jarligo*, G. Mauer, D. Mack, R. Vaßen, D. Stöver

PowerEngineering and SOFC 2Session Chairmen: R. Vaßen / K. Middeldorf

Microstructure of thermal sprayed siliconcoatings using various particle sizes andspray conditionsD. Jackson*, M. Sereda, R. Nafzinger, R. Gansert

Deposition of NiO and YSZ compositeanode and YSZ electrolyte by suspensionplasma sprayY. Wang*, J. Legoux, R. Neagu, R. Hui, B. Marple

Low pressure plasma sprayed zirconiummetal diffusion barrier coatingsK. Hollis*

Study on microstructure and electrochemi-cal performance of Ni/YSZ anode depositedby APSC. Li, C. Li*, R. Li, G. Yang

The structure and properties of plasmasprayed Fe-doped manganese cobalt oxidespinel coatings for SOFC metallic intercon-nectorsJ. Puranen*, L. Hyvärinen, P. Vuoristo, J. Lagerbom, M. Kylmälahti

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Technical Program

17



HVOF 2

Session Chairmen: S. Chandra / F. Schreiber

Expansion of the applicable range of HVOFprocess conditionsA. Wank*, A. Schwenk, M. Liu, K. Zhou, C. Deng, C. Deng

Thermal spray processing of metal basedcoatings with the oxy fuel ionisation pro-cess M. Parco*, I. Fagoaga, G. Barykin

Relationships between process parameters,residual stresses and adhesion in HVOFsprayed IN718 coatingsP. Nylen, C. Lyphout*, L. Östergren

Development of a low temperature, air fuel(LTAF) thermal spray gunR. Dhiman*, F. Farhadi, L. Pershin, S. Chandra,J. Mostaghimi

Evaluation of boron carbide based thermalsprayed coatings for tribological applica-tions C. Lima*, F. Camargo

Cold Spraying 4

Session Chairmen: M. Fukomoto / P. Richter

Effects of nanosize particles on the interme-tallic compound formations of cold sprayedcoatingsH. Lee*, J. Choi, K. Ko

Characterization of corrosion resistant deposits by cold gas dynamic sprayT. Marrocco*, D. Harvey, T. Hussain

Comparison of cold spray and detonationspraying coating propertiesI. Smurov*, V. Ulianitsky, S. Zlobin, A. Sova

Characterization of the shockwave inducedspraying process (SISP)E. Irissou*, J. Legoux, C. Moreau, J. Villafuerte

Effects of surface morphology of MCrAlYbond coat on the isothermal oxidation andthermal fatigue behavior of thermal barriercoatingsC. Li, Y. Li*, L. Xing, G. Yang

ITSC 2010 Awards BanquetSentosa Island, Sapphire Pavilion

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Technical Program


18

Coffee Break

08:40

Process Diagnostics 2

Session Chairmen: A. Vardelle / J. Heberlein

Correlations between the oscillation modesof arc voltage and pressure in cathode cavi-ty of dc plasma torchesV. Rat*, J. Coudert

Loading effect in plasma spraying: from in-flight particle state distributions to diagno-stic reliabilityK. Shinoda*, Y. Tan, S. Sampath

Error analysis of image-based measurementmethods in thermal spraying processes: a simulation driven approachL. Rockstroh*, M. Wroblewski, J. Hillebrand, A. Balevic, M. Shaikh, S. Simon, R. Gadow

Improving powder injection in plasmaspraying by optical diagnostics of the plas-ma and particle characterizationG. Mauer*, R. Vaßen, D. Stöver, S. Kirner, J. Marqués-López, S. Zimmermann, G. Forster, J. Schein

Influence of the vortex component on jetcharacteristics and particle velocity whenoperating a multi-cathode triplex pro plas-ma torchJ. Marques, S. Kirner, S. Zimmermann, G. Forster, J. Schein*

Modeling and Simulation 1

Session Chairmen: J. Jerzembeck / R. Bolot

Microstructural modeling and performancesimulation of engineered bio compositesS. Ang, U. Tietz*, C. Berndt, K. Schmitz

Variable density volume-of-fluid model forparticle impact in thermal spray processB. Samareh Abolhassani*, J. Mostaghimi, C. Moreau

Effect of ambient pressure on dynamic wet-ting/heat transfer at interface between mol-ten droplet and substrate surfaceM. Fukumoto*, K. Tanaka, K. Yang, T. Usami,M. Yamada, T. Yasui

Homogenization of coating properties inatmospheric plasma spraying – currentresults of a DFG- (German ResearchFoundation) Funded Research GroupJ. Prehm*, F. Bach, K. Möhwald, K. Bobzin, N. Bagcivan, I. Petkoviæ, J. Schein, J. Marqués, S. Zimmermann, G. Forster, S, Kirner, K. Hartz-Behrend, D. Parkot

Development of a high velocity wire arcspraying system by means of numerical calculations C. Rupprecht, B. Wielage, G. Paczkowski*

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Technical Program

19


Coffee Break

Nanomaterial Coatings 2

Session Chairmen: J. Wilden / G. Bolelli

Suspension plasma spraying of oxide cera-mic with twin cathode type plasma spraygunM. Suzuki*, Y. Tsutai

Improved mechanical properties of coatingsand bulk components as a function of grainsizeR. Gansert*, C. Melnyk, S. Schroeder, D. Grant,M. Watson

Fabrication and characterization of Al2O3-SiC-nano-composite powders and HVOFsprayed coatingsT. Suhonen*, T. Varis, U. Kanerva, J. Lagerbom,O. Söderberg, Y. Ge, X. Liu, S. Hannula

Novel in situ transformable coating for ele-vated temperature applicationsD. Branagan*, J. Zhou, J. Walleser, B. Meacham, B. Merkle

Mullite suspension plasma spraying: effectof particles size distribution on coatingstructure G. Montavon*, A. Arcondeguy, A. Denoirjean, P. Fauchais

Cold Spraying 5

Session Chairmen: W. Krömmer / F. Gärtner

Shockwave induced spraying: a new solidstate spraying processJ. Villafuerte*

Effect of the ceramic component on coldsprayed metal ceramic coatings I. Smurov*, A. Sova, V. Kosarev, A. Papyrin

Investigation of impact behavior of coldsprayed large annealed copper particlesand characterizations of coatingsW. Li*, X. Guo, H. Liao, C. Coddet

Characterization and performance evalua-tion of a helium recovery system designedfor cold spraying E. Irissou, J. Legoux*, B. Harvey, E. Gagnon, S. Desaulniers, J. Bobyn, S. Yue

Study on adhesion strength of cold sprayedaluminum depositY. Ichikawa*, K. Ogawa, I. Nonaka

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Technical Program



20

10:40


Aerospace Industry

Session Chairmen: M. Trexler / D. Puerta

Mechanical properties and behavior ofBSAS/mullite-based environmental barriercoatings exposed to high temperature inwater vapor environmentC. Cojocaru*, C. Moreau, R. Lima

Ti-parts for aviation industry produced bycold sprayingK. Binder*, F. Gärtner, T. Klassen

Effect of substrate temperature on bondingfeatures and coating properties of coldsprayed Ti6Al4V alloy A. Rezaeian*, E. Irissou, J. Legoux, S. Yue

High temperature mechanical behavior ofUHTC coatings for thermal protection of re-entry vehiclesM. Tului, G. Pulci*, J. Tirillò, F. Marra, S. Lionetti, T. Valente

Near-net-shape HVOF coating and finishingtechniques for highly stressed componentsin aircraft industryD. Ackermann*, G. Matthaeus, J. Henry

Influence of the surface state on theadherence of the coating: case of an alumina coating plasma sprayed on SICcomposites S. Costil*, S. Lukat, C. Verdy, C. Coddet

Properties 2

Session Chairmen: R. Eijckenboom / B. Krebs

Arc spraying of WC-FeCrSiC cored wirespart 1: bending, compression and tensionbehaviorJ. Nebel*, E. Vogli, W. Tillmann

Characterization of mechanical propertiesof titanium cold spray coatings D. Goldbaum*, R. Chromik, J. Ajaja, A. Rezaeian, W. Wong, S. Yue, E. Irissou, J. Legoux

Testing the reliability of thermal spray coa-tings with micro-nanoindentation: methodo-logy, scope of analysis and case studiesK. Gross*

Comparative study of splat morphology and the splat-substrate interactions for NiCr sprayed on to stainless steel by bothplasma and HVOF sprayingS. Brossard*, P. Munroe

Observation of microstructures in thermalsprayed coatings and single depositedsplats using ion beam milling K. Kim, M. Watanabe, S. Kuroda*, N. Kawano

Graded twin wire arc sprayed coatings M. Abdulgader*, W. Tillmann, E. Vogli

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Technical Program

21




Modeling and Simulation 2

Session Chairmen: M. Schäfer / A. Schwenk

Effects of fluid/solid couplings on the plas-ma flow inside a direct current plasma gunR. Bolot*, A. Allimant, D. Billières, C. Coddet

Effect of using liquid feedstock in a highpressure cold spray nozzleA. Dolatabadi*, E. Farvardin, O. Stier, V. Luethen

Metastable austenite type core wire for arcspraying – modeling of heat transfer in endface and coating structure analysisY. Korobov*, M. Filippov, A. Belozertsev, S. Neveszin, V. Shymiakov

Predicting the thermal conductivity ofAlSi/polyester abradable coatings: effects ofthe numerical methodR. Bolot*, J. Seichepine, J. Qiao, C. Coddet

In situ observation of impact phenomena ofzirconia molten drops in millimeter scale viaaerodynamic levitatorK. Shinoda*, K. Nagashio, H. Murakami, S. Kuroda, K. Kuribayashi

Investigation of in-flight particle states inplasma spraying of LSM solution precursorY. Shan*, Y. Wang, T. Coyle

Corrosion Protection

Session Chairmen: V. Drescher / E. Vogli

Thermally sprayed oxide ceramic coatingsfor demanding wear and corrosion applica-tions K. Niemi*, J. Laurila, P. Vuoristo, J. Knuuttila, F. Toma, L. Berger

Assessment of flame sprayed glaze layersas diffusion barriers on refractory materialsO. Preziosa*, A. Denoirjean, P. Denoirjean, G. Montavon, T. Chartier, C. Barthélemy, V. Laurent, D. Lombard

Phase composition and microstructuralresponses of crystalline mullite/YSZ coatingunder water vapor environmentsE. Garcia*, J. Mesquita-Guimaraes, P. Miranzo,M. Osendi, C. Cojocaru, Y. Wang, C. Moreau,R. Lima

Corrosion of titanium coating prepared bymodified HVOF processC. Deng, C. Deng*, M. Liu, A. Wank

Corrosion behavior of NiCrBSi alloy coa-tings manufactured via in situ plasma spraylaser remelting processN. Serres*, F. Hlawka, S. Costil, C. Langlade, F. Machi

Cyclic oxidation behavior of HVOF sprayedNi-20Cr coating on ASTM-SA213-T 22 boilersteel at 900°CG. Kaushal*, H. Saheet, S. Prakash

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Technical Program

Gas Turbines 3

Session Chairmen: K. Ogawa / S. Siegmann

Ice dry stripping of TBC systemsC. Giolli*, A. Scrivani, B. Allegrini, G. Rizzi, A. Giorgetti, L. Engl, T. Duda

A durable low K APS TBCL. Liu*, P. Howard

Thermal cycle resistance of oxidation resi-stant metallic coatingsS. Takahashi*, M. Hatano, Y. Kojima, Y. Harada,A. Kawasaki, F. Ono

Next generation thermal barrier coatings forthe gas turbine industryN. Curry*, N. Markocsan, X. Li, A. Tricoire, M. Dorfman

A study on thermal cycle life and electro-chemical impedance response of plasmasprayed functionally graded thermal barriercoatingsS. Gosipathala*, V. Raya


22

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Wear Protection 3

Session Chairmen: P. Vuoristo / M. Jeandin

Comparison of two structure scales of plas-ma sprayed alumina/titania coatings on themechanical and tribological properties V. Fabio, H. Ageorges*, W. Xin, F. Vargas, P. Fauchais, M. López

Tribological analysis of WC cermet coatingswith friction test under tensile stress condi-tionF. Itoigawa, K. Nomakuchi*, K. Sato,J. Kitamura

Preparation and characterization of plasmasprayed NiAl-hBN composite coatingL. Du*, W. Zhang, W. Liu, J. Zhang

Experimental investigation of fretting wearon nitrided and thermal spray coated Ti-6-4parts for liftfan applicationsP. Patil*, F. Sadeghi, S. Dixit, R. Dixit, M. Chin

Corrosion behavior of AZ31 magnesiumalloy coated with zinc-nickel by low pressu-re cold sprayJ. Villafuerte*, R. Maev, J. Phelan, D. Dzhurinskiy, E. Maeva, V. Leshchynsky


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Properties 3

Session Chairmen: D. Branagan / L. Lusvarghi

Influence of residual stresses on crackingbehavior of composite WC-17Co coating inscratch testA. Ghabchi*, K. Holmberg, A. Valarezo, E. Turunen, S. Sampath

On the use of nanoindentation and surfacescratch testing for HVOF and APS coatingsB. Bonferroni*, J. Nohava, G. Bolelli, L. Lusvarghi

Microstructures of cold sprayed coatingsinvestigated by X-ray microtomographyV. Guipont*, G. Rolland, M. Jeandin, D. Jeulin,C. Peyrega, W. Ludwig

Characterization of cohesion of selectedHVOF coatings by scratch testing on crosssectionJ. Nohava*, S. Houdkova, R. Enzl

Influence of pores and cracks morphologyon mechanical behavior of thermally sprayed ceramicsR. Musalek*, J. Matejicek, V. Pejchal, E. Mari,A. Valarezo, S. Sampath

Biomedical and Polymer Coatings

Session Chairmen: R. Gadow / X. Liu

Kinetic metallization of polymeric materialsR. Tapphorn, J. Henness, H. Gabel*

Feasibility of polycarbonate coating by coldspray processD. Seo*, N. Mahiou, K. Ogawa, T. Shoji, K. Ito

3-D visualizaton of the splat substrate inter-face for PEEK particles sprayed onto alumi-num P. Munroe*, J. Wu

Microstructures and adhesive bondingstrength analysis of plasma sprayed silicamodified hydroxyapatite coatings on Ti-6Al-4V substratesJ. Xu*, M. Khor, J. Cizek

Design of experiment analysis of the SulzerMetco DJ high velocity oxy fuel coating ofhydroxyapatite for orthopaedic applicationsJ. Stokes*, S. Hasan


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Aerospace IndustryMechanical behavior of air plasma sprayed functionally graded YSZ-mullite environmental barrier coatings: a studyvia instrumented indentationC. Cojocaru*, Y. Wang, C. Moreau, R. Lima,J. Mesquita-Guimarães, E. Garcia,P. Miranzo, M. Osendi

Kinetic metallization™ - dimensional res-toration of Mg and Al alloy componentsR. Tapphorn*, H. Gabel, J. Henness

Kinetic metallization™ of interior diameter(ID) boresJ. Henness*, R. Tapphorn, H. Gabel

Characterization of NiAl bond coat withZrC additions prepared by cold sprayingof ball milled Ni-Al alloy powdersC. Li*, R. Xie, D. Li, G. Yang, H. Cui

Research of plasma spraying process ofnanostructured zirconia thermal barriercoatingH. Sun*, C. Wang, X. Liu, Z. Qu, J. Bi

Case StudiesAtomization gas and air cap type effecton arc sprayed coating propertiesE. Altuncu*, F. Üstel, A. Türk

Corrosion and WearProtectionEffect of temperature on the wear characteristic of cast ironS. Shaha*, M. Haque

Assessment of flame sprayed glaze layersas diffusion barriers on refractory materials G. Montavon*, O. Preziosa, A. Denoirjean,P. Denoirjean, T. Chartier, C. Barthélemy,V. Laurant, D. Lombard

Microstructure and electrochemical beha-vior of Fe-based amorphous metallic coa-tings fabricated by atmospheric plasmasprayingZ. Zhou*, L. Wang, F. Wang, Y. Liu, D. He

Analysis of different Fe-base materialsand evaluation of their suitability for wearprotection coatingsA. Pelz*

Comparative analysis of anti-cavitationand abrasion resistance properties of twodifferent detonation coatingsK. Huang*, S. Wu, J. Fang, Z. Liu, L. Ye,Y. Shi, S. Yin

Corrosion behavior of thermally sprayedhigh entropy stainless steel coatingsbefore and after heat treatments A. Lekatou*, D. Zois, M. Vardavoulias,T. Vaimakis

Corrosion resistance of HVOF micro- andnanocermet coatings on AL 7075A. Lekatou*, D. Sioulas, D. Grimanelis,A. Karantzalis

Degradation mechanisms of thermallysprayed coatings in chloride containingelectrolytes J. Laurila*, K. Niemi, P. Vuoristo

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Poster Session

During the conference a Poster Session will be held in the Collyer/Padang Foyer of the Raffles City ConventionCentre. The poster presenters will be available for discussion scheduled as follows:

Monday, May 3, 2010, 12:30 – 13:30Tuesday, May 4, 2010, 12:40 – 13:40Wednesday, May 5, 2010, 12:40 – 13:40

In addition further contacts with the authors can be arranged.

Poster Session

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09-7342_Inhalt_02_Poster Session:DVS Final-Heft 2005 18.12.2009 11:41 Uhr Seite 1

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Poster Session

Experimental investigation of frettingwear on nitrided and thermal spray coated Ti-6-4 parts for liftfan applications P. Patil*, F. Sadeghi, S. Dixit, R. Dixit,M. Chin

Corrosion properties of conventional andnanostructured HVOF sprayed titania coatingsS. Forghani*, M. Jameelah Ghazali

HVOF, Cold and KineticSprayingEffects of WC particle size on depositionof cold spray WC-Co coatingsS. Ang*, J. Wang, C. Berndt, P. Cheang

A multipurpose surface protection systemI. Gorlach*

Modeling of particle consolidation by coldsprayJ. Kocimski*, R. Maev, A. Ambroziak,V. Leshchynsky

Influence of helium and nitrogen gases onthe properties of cold gas dynamic sprayed pure titanium coatingsW. Wong*, S. Yue, E. Irissou, J. Legoux

Effect of powder pre-heating temperatureon the properties of Cu based amorphouscoating layer by cold spray depositionK. Lee*, J. Cho, D. Park, J. Lee

Diagnostics and coating formation in lowpressure cold spray processH. Koivuluoto*, S. Tolvanen, P. Sirkka,P. Harkko, T. Alahautala, J. Larjo, P. Vuoristo

Kinetic metallization™ systems andequipmentJ. Henness*, H. Gabel, R. Tapphorn

Characteristic features of different cry-stalline metals in kinetic spray deposition G. Bae*, K. Kang, H. Na, C. Lee

Location of the powder injection point asan independent parameter for controllingparticle velocity and temperature in coldsprayI. Smurov*, A. Sova, S. Klinkov, V. Kosarev

Structure and properties of Ni-Cr coatingsdeposited by HVOFT. Coyle*, J. Saaedi, H. Arabi, S. Mirdamadi

Industrial EngineeringComparison of atmospheric plasmasprayed electrolyte layers for IT-SOFCsusing different feedstockW. Gao*, H. Liao, F. Lapostolle, C. Coddet

Performance of thermal sprayed coatingsused in internal valvules in oil industryL. Gil*, S. Liscano, M. Staia, M. Rocco,A. Fragiel

Medical TechnologiesCharacterization of biocompatibleHA/TiO2 coatings obtained by thermalsprayS. Dosta*, F. Javier, I. Canno, A. Ferrer,J. Guilemany

Modeling and SimulationComputer aided cooling curve used topredict the solidification behavior of castironS. Shaha*, M. Haque

The improvements of thermal spray tool-kit, an extended software for robotic off-line programingD. Fang*, S. Deng, H. Liao, C. Coddet

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Poster Session

Nanomaterial Coatingsand Solution PrecursorsWear resistence of chromium carbideCNTs nanocomposites coatingsM. Rodriguez*, L. Gil

The effect of volume ratio of nanoalumina fillers and polymers on theproperties of alumina polycer compositesW. Xie*, J. Wang, K. Alamara, C. Berndt

Plasma and LaserSprayingCharacteristics of Cu film-like depositedby using VLPPSN. Zhang*, M. Planche, F. Sun, L. Zhu,C. Verdy, H. Liao, C. Coddet

Roles of Si, B and C in suppressingoxidation of iron during atmosphericplasma sprayZ. Zeng*, J. Kawakita, S. Kuroda

The bond mechanism of WC-12Cocoatings prepared by supersonic plasmaspraying H. Yang*, S. Pan

Effect of the nitrogen flow on the micro-structure and transformation rate of TiNcoatings in reactive plasma sprayingH. Yang*, H. Chen

Microstructural characterization ofplasma sprayed Fe3Al/TiC composite coatingsC. Li*, L. Tian, C. Li, X. Wang, B. Song

Enhanced deposition characteristics ofbronze/diamond composite coating viainnovative hybrid sprayingH. Na*, G. Bae, J. Kim, H. Kim, C. Lee

Power EngineeringThe role of parameters on the hardness ofHVOF sprayed bond coats in thermalbarrier coatingsM. Minisker*, T. Bengi, E. Ciftyurek, O. Keles,I. Taptik

Effect of directional re-solidification onthermal plasma spray silicon depositionsD. Jackson*, R. Patterson, M. Suda,M. Sereda, R. Gansert

Pre- and Post-TreatmentThe protal® process applied on coldspraying to improve interface adherenceand coating cohesion – case of titaniumand nickel based alloysS. Costil*, C. Moreau, E. Irissou, J. Legoux,V. Guipont, M. Jeandin, C. Coddet

Surface pre-treatment including lasertexturing for thermal spraying S. Costil*, A. Lamraoui, C. Langlade,C. Coddet

Process Diagnostics,Sensors and ControlsStudying of the relationship betweenrobot kinematics and the coating quality D. Fang*, S. Deng, H. Liao, C. Coddet

Influence of improved plasma gun on theparticle in-flight properties of temperatureand velocityH. Yang*, G. Li, L. Wang

Effects of radial liquid injection onatmospheric plasma characteristicsD. Soysal*, A. Ansar, T. Kavka, J. Arnold

The oxy fuel ionization (OFI) process:experimental process analysisM. Parco*, G. Barykin, I. Fagoaga,G. Mariaux, S. Goutier, M. Vardelle

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Poster Session

Properties,Characterization andTestingComparison of structure and wearproperties of babbit layers which areproduced by arc spraying and pouringY. Korobov*, B. Potechin, L. Gogolev,V. Ilushin, M. Deviatiarov

Characterization of some electric arcsprayed cored wire and nano cored wirecermet coatingsS. Wirojanupatump*, S. Jiansirisomboon,M. Tuiprae

Arc spraying of WC-FeCrSiC cored wirespart 2: E-module measurement andsimulation J. Nebel*, B. Svensen, B. Klusemann,E. Vogli, W. Tillmann

Effect of powder compressive strength on deposition characteristics in coldsprayingT. Sonoda*, T. Saito, T. Kuwashima,M. Nakamura

Comparison of hBN addition NiAl coatingsdeposited using APS and HVOF thermalsprayingW. Hsiao*, C. Su, W. Liao, M. Leu

Preparation process and propertyresearch of Fe-Cr-Al intermatellic com-pound coatingC. Wang*, H. Sun, X. Liu, Z. Qu, J. Bi

Characterization of shrouded plasmasprayed Cu-based BMG coating againstatmospheric plasma sprayed coatingJ. Kim*, S. Yoon, K. Kang, S. Kumar, H. Na,C. Lee

Microwave joining of copper and itscharacterizationS. Sri*, A. Kumar Sharma, P. Kumar

Development and characterization ofmicrowave cladding of tungsten carbiderich powder on SS316 steel D. Gupta*, A. Kumar Sharma

Effect of mullite on thermal shockbehavior of yitria stabilized zirconia (YSZ)coatingsE. Altuncu*, A. Türk, F. Üstel

Solid Oxide Fuel CellPost-treatment of plasma sprayedzirconia based electrolytes C. Christenn*, A. Ansar

Plasma sprayed electrolyte of magnesiumdoped lanthanum silicate with apatitetype structureF. Sun*, H. Liao, N. Zhang, C. Coddet

Preparation of nanocomposite GDC/LSCFcathode material for IT-SOFC by RFinduction plasma spraying Y. Shen*, F. Gitzhofer, V. Almeida

Functionally graded anodes withnanostructure for intermediatetemperature SOFCsL. Jia*, F. Gitzhofer

Preparation of Sm0.5Sr0.5CoO3 of finestructure by solution precursor plasmaspraying for SOFC cathodeC. Li*, X. Wang, L. Tian, B. Song, G. Yang

Thermal Spray and otherSurface EngineeringTechnologiesEffect of carbide type on the properties oflow vacuum plasma sprayed W-basedcomposite coating layerK. Lee*, J. Ahn, Y. Jin

Examination on surface properties ofmodified AiSi5140 steel by pulse plasmatechniqueA. Ayday*, M. Durman, S. Kurnaz

Influence of thermal residual strains onbonding strength and fracture of plasmasprayed Ni/LDC anode coating on NisubstrateY. Yang*, C. Hwang, C. Tsai

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ExpositionConcurrent with the conference, the ITSC 2010 exposition, organized by ASM International, will be held in the Padang and Collyer Rooms of the Raffles City Convention Centre.

Exposition hours are from:Monday, May 3, 2010 12:30-17:30Tuesday, May 4, 2010 08:00-17:00Wednesday, May 5, 2010 08:00-14:00

Company Booth no.Beijing Advanced Materials Co. Ltd., P.R. China 21CGT Cold Gas Technology GmbH, Germany 79DeWal Industries, Inc., United States of America 17Diamant Coating Systems, United States of America 81DURUM Verschleiss-Schutz GmbH, Germany 68ECKA Granules, United States of America 18Flame Spray Technologies bv, The Netherlands / H.C. Starck, SEA 38Green Belting Industries Ltd., United States of America 29Grillo-Werke AG, Germany 8GTV IMPEX GmbH, Germany 65HAI Advanced Material Specialists, Inc., United States of America 44HÖGANÄS AB, Sweden 16Inovati, United States of America 20Metallizing Equipment Co. Ltd., India 26MilliDyne OY, Finland 4Northwest Mettech Corporation, Canada 56Oseir Ltd., Finland 3Polymet Corporation, United States of America 5Praxair Surface Technologies, United States of America 1Progressive Technologies, Inc., United States of America 12Saint-Gobain, United States of America 48Sulzer Metco AG, Switzerland 32Technogenia / Wilhelm SEA 71Tecnar Automation LTEE, Canada 72THERMICO GMBH & CO. KG, Germany 56UniqueCoat Technologies, United States of America 19

Exhibitor List (November, 2009)

09-7342_Inhalt_03_Exposition:_ 18.12.2009 11:43 Uhr Seite 1

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Education Courses

April 30 – May 2, 2010, 8:00 – 17:00Location: Fairmont Singapore, Room Clark

Instructor:Christopher C. Berndt, PhD, FASM, HoFProfessor, Swinburne University of TechnologyMelbourne, Australia

Course Overview:Thermal spray technology and coatings solve critical pro-blems in demanding environments. They provide “solu-tions” to problems involving repair, wear, high temperatureand aqueous corrosion, and thermal protection. Thermalspray can also be used to manufacture net-shapes,advanced sensors and materials for the biomedical andenergy/environmental sectors. These and other emergingapplications take advantage of the rapid and cost-effecti-ve capabilities of thermal spray technology in the OEM andrepair industries. Thermal spray processes - twin wire-arc,combustion, high velocity oxy-fuel (HVOF), cold spray andplasma spray, and associated technologies, can depositvirtually any material as a surface coating onto a widerange of other materials. Coating reliability and effective-ness requires that these overlay coatings be selected,engineered and applied correctly. This course (i) providesa thorough grounding and understanding of thermal sprayprocesses, (ii) presents the complex scientific concepts interms of simple physical models, and (iii) integrates thisknowledge to practical applications and accepted thermalspray practices. NO mathematics is used to explain theprocesses or materials/mechanical engineering.Participants are encouraged to contact the instructorprior to the course so that any particular application orproblem can be discussed as a case history. Each regi-strant receives the Handbook of Thermal SprayTechnology and a comprehension set of notes that inclu-de the presentation slides.

Learning Objectives:Upon completion of this course, participants will:

• Determine the historical basis for thermal spray tech-nology and have detailed knowledge regarding thedevelopment of equipment and materials as related topresent-day technology

• Recognize the terminology, principles and underlyingtheory of thermal spray technology

• Explain how feedstocks are designed and manufacturedand how to select them for different spray processes

• Identify applicable testing methods and currentlyaccepted industrial practices used for quality control ofcoatings

Who Should Enroll:• Technologists• Engineers• Technicians• Technical marketing personnel• Graduate students and other professionals entering

the thermal spray field or who wish to update theirknowledge

Course Outline:1. Surface Science2. Equipment & Theory3. Processing & Design4. Materials5. Applications6. Testing & Characterization

About the Instructor:Chris Berndt earned his Ph.D. from Monash University,Melbourne in the area of "The Adhesion of Flame andPlasma Sprayed Coatings.” See < http://www.swinbur-ne.edu.au/feis/iris/staff/cberndt.html > He took on seve-ral post-doc fellowships in the U.S. before returning toMonash, where he rose to the rank of Senior Lecturer inMaterials Engineering before joining the faculty at StonyBrook University, where he was appointed AssociateDean for Undergraduate Studies in 2001. He is also qua-lified as an ABET visitor for materials and engineeringscience programs. Berndt remains an Adjunct Professorat Stony Brook.In 2005, Berndt returned to Australia as the foundingProfessor of Surface and Interface Engineering at JamesCook University, Queensland. He moved to SwinburneUniversity of Technology, Melbourne in 2008 as the foun-ding Professor of Surface Science and InterfaceEngineering. He also serves as Director of the IndustrialResearch Institute Swinburne (aka ‘IRIS’). Berndt hasserved as President of the ASM Thermal Spray Societyand as an ASM Trustee, and he was inducted into theThermal Spray Hall of Fame in 2007. He has more than350 publications in the field of materials science andengineering, and has served as editor for 10 conferenceproceedings on thermal spray.

Registration Fees: Before After April 15, 2010 April 15, 2010

Member Fee: 995 US Dollars 1.055 US Dollars(TSS/DVS/IIW)ASM Member Fee: 1.055 US Dollars 1.105 US DollarsNon-Member Fee: 1.195 US Dollars 1.245 US DollarsStudent Fee: 295 US Dollars 345 US Dollars

To register for the courses or for any questions, please contact ASM Member Service Center at [email protected] (Product Code: 253081410)

Thermal Spray Technology

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Education Courses

Understanding and Improving your Thermal Spray Processes

May 1 – 2, 2010, 08:00 – 18:30Location: Fairmont Singapore, Room Ord

Instructors:Dr. Maher Boulos, TS-HoFProfessor, University of SherbrookeSherbrooke, Canada

Dr. Pierre Fauchais, FASM, TS-HoFProfessor, University of LimogesLimoges, France

Dr. Joachim Heberlein, FASM, TS-HoFProfessor, University of MinnesotaMinneapolis, United States of America

Course Overview:Thermal spray coatings are receiving increased attentionas solutions to corrosion, wear and materials compatibi-lity problems. Thermal spray processes using electricarcs, combustion and plasma spray can apply almostany material to the surface of another. These coatingsmust be correctly engineered and applied to operate asan overlay surface. Education is vital to understandingcoating systems and improving thermal spray coatingreliability. This 2-day course will review the processingscience of a wide range of thermal spray coating proces-ses. The theory of operation and practice of the coatingswill be presented, including thermal spray process con-trol, coating application, characterization and testing.Practical coating systems for electric arc, combustionand plasma spray will be reviewed using case studies.

Learning Objectives:Upon completion of this course, participants should beable to:

• Summarize thermal spray processing science, applica-tions and practice

• Describe how thermal spray processing interacts withthe materials it is designed to protect

• Perform a techno-economic comparison of differenttechnologies

Who Should Enroll:This course is designed for process, application, development and design engineers, researchers andquality-control personnel. It will also be helpful for anyo-ne involved in specifying materials, materials suppliers,sales representatives and technical management.

Course Outline:1. Introduction and Course Objectives2. Overview of Thermal Spray Techniques3. Flame Spraying Systems4. Cold Spray5. Characteristics of the Plasma State 6. Plasma Spraying I - D.C. Plasma Spraying7. Plasma Spraying II - R.F. Induction Plasma

Spraying8. Wire-Arc Spraying9. Plasma Transferred Arc10. Plasma/Particle Interactions11. Process Diagnostics12. Powder Production for Thermal Spraying13. Surface Preparation14. Deposit Formation and Coating Properties15. Thermal Spray Process Controls16. Industrial Applications of Plasma Spray17. Summary, Conclusions and Discussion

Instruction Language: All instruction from this course and all course materials will be in English.


Member Fee: 795 US Dollars 845 US Dollars(TSS/DVS/IIW)ASM Member Fee: 835 US Dollars 885 US DollarsNon-Member Fee: 975 US Dollars 1.025 US DollarsStudent Fee: 255 US Dollars 305 US Dollars



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May 2, 2010, 08:00 – 18:00Location: Fairmont Singapore, Room Blundell

Instructors:Jeffery S. SmithPresident and Principal Metallurgical ConsultantMaterial Processing Technology, LLCNorton Shores, United States of [email protected]

Eng. P. Nagy DouglasManager, Turbine Component RepairsLiburdi Turbine ServicesDundas, [email protected]

Course Overview:This workshop will discuss the development history,manufacturing processes, application and refurbishmentof the high temperature materials and coatings used ingas turbine engines with particular emphasis on hot sec-tion superalloy component manufacture and refurbish-ment. The metallurgy of nickel and cobalt based super-alloys will be discussed and the many steps involved ininvestment casting manufacture, from wax pattern &ceramic core production, shell build, equiaxed, DS orsingle crystal vacuum casting and post cast operationswill be reviewed. This will include review of advances incooling configurations, casting imperfections, inspectionmethods and general acceptance criteria. Specific chal-lenges related to making large F, G & H-class compo-nents and sophisticated air cooled, single crystal aero-engine airfoils will be noted. The widespread use of ther-mal barrier coatings has brought great focus to the issueof coating selection. The various types of gas turbine hotsection coatings, their selection criteria and manufactu-ring method used will be discussed. The benefits of repair and refurbishment of engine runparts is well established. The increased complexity andhigh replacement cost of hot section components hasplaced greater importance on development of innovativecomponent repair schemes. Participants will learnmethods of assessing component damage experiencedfrom service exposure, typical degradation modes obser-ved and the techniques used to analyze the remaining lifeof components removed from service. The various com-ponent repair technologies utilized to restore compo-nents will be discussed in detail (ie dimensional checks,coating removal techniques, HIP and rejuvenation heattreatments, weld repair, diffusion brazing processes andcomponent re-coating) as will quality assurance methodsand procedures to verify the refurbished components

meet industry standards. The workshop includes manycase study examples of component refurbishment andthe last section is devoted to a workshop where atten-dees develop component repair solutions. Participantsare encouraged to submit questions in advance regar-ding repair issues faced in their jobs.

Learning Objectives:After completing the course the participants should be able to explain:• What makes superalloys especially suited for gas

turbine components • Understanding of the distinction between conventio

nal casting and directional solidification• How different damage mechanisms (oxidation,

corrosion, erosion) affect the component• Advantages & disadvantages of the many types of

protective coatings • How high cycle fatigue & low cycle fatigue damage is

caused, prevented, and repaired• Various heat treatments used in repairs, and why they

are important • Critical quality control steps in component manu-

facture and repair• How to reliably extend the service life of valuable

components

Who Should Enroll:Typically technical staff, engineers and techniciansresponsible for various aspects of gas turbine design,upgrade, manufacture, repair, analysis, operations, ormaintenance will attend. A must for GT repair shop per-sonnel, insurance companies, coatings suppliers, GTOEM designers and technical staff.

Course Outline:1. Gas Turbine Overview

· Gas Turbine Engine Designs· Typical Gas Turbine Components, Materials and

Coatings· Gas Turbine Airfoil Materials, Coatings and Airfoil

Design Trends

2. Materials and Metallurgy· Superalloy Metallurgy · Evolution of Superalloy Materials Technology· Production of Superalloys· Investment Casting of Equiax, DS and Single Crystal

Airfoils· NDT Inspection, Criteria and Acceptance Standards

Gas Turbines Metallurgy, Coatings and Repair Technology

Education Courses


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Education Courses

°

3. Gas Turbine Coatings ·Superalloy Surface Stability·Comparison of Oxidation/Corrosion protection·Manufacturing Methods and Requirements ·Diffusion vs. Overlay Coatings ·Thermal Barrier Coatings

4. Degradation of Gas Turbine Components · Metallurgical Effects of Service · Creep · High Cycle Fatigue · Low Cycle Fatigue· Environmental Degradation

5. Why repair and refurbish parts?· Cost Benefit of Repairs· Repair Market Trends· The Future for Industrial Frame GT Repairs

6. Component Evaluation: The evaluation of used components and determination of the repair/refur-bishment process will be discussed· Timing and selection of components for analysis· Micro structural analysis · Mechanical testing stress rupture bars · Coating Evaluation· Hot Corrosion Attack· Failure Analysis· Component Management Program· Determine Damage Mechanisms, the Extent of

Damage, Root Cause of Damage, and Corrective/Preventive Action

7. Refurbishment & Repair Processes: Procedures and techniques used to restore components to industry · Standards· Typical Damage· Coating Stripping· Dimensional Checks· Re-Coating Selection and Processes· HIP and Rejuvenation Heat Treatments· Superalloy Weld Processes· Diffusion Brazing

8. Quality Assurance: Methods and procedures to verify components meet industry standards· QA Certification· Quality Plan· QA Inspections· NDE Defect Criteria· Dimensional Specification· NDE Inspections

9. Case Studies & Problem Solving · Case studies presented by the instructors to

illustrate the process of component repair & refurbishment. The class will then be divided into teams and given components for which they will determine the best process

10. Round Table Discussion· Round table discussion regarding the latest repair

trends and student questions


Member Fee: 575 US Dollars 625 US Dollars (TSS/DVS/IIW)ASM Member Fee: 625 US Dollars 675 US Dollars Non-Member Fee: 725 US Dollars 775 US Dollars Student Fee: 200 US Dollars 250 US Dollars

To register for the courses or for any questions, pleasecontact ASM Member Service Center at [email protected] Product code (251481510)

Gas Turbines Metallurgy, Coatings and Repair Technology


May 6, 2010, 08:00 – 16:30Location: Struers Lab, Singapore Branch

Instructor:Douglas G. PuertaLaboratory DirectorIMR KHA - PortlandPortland, United States of America

Course Overview:While there are many methods commonly used to evalu-ate thermal spray coatings, the metallographic cross-section generally provides the greatest amount of infor-mation. From a metallography sample, information canbe obtained about the type of coating, the integrity of thecoating, the application method, and the adhesive/cohe-sive properties of the coating and substrate. However, inorder to perform a meaningful evaluation of a thermalspray coating, proper metallographic preparation isessential. Poor metallography can lead to false conclu-sions about coating integrity and/or spray booth para-meters. Worse yet, a faulty evaluation can lead to badparts “escaping” into service.This class covers a wide range of topics relating to thepreparation and evaluation of thermal spray coatings.Emphasis is placed on teaching the student to under-stand the role that different types of equipment, consum-ables, and preparation recipes play in revealing a truecoating structure. This is accomplished through a mix-ture of classroom and laboratory instruction.The laboratory portion of this class will allow students tooperate equipment commonly found in a modern metal-lography laboratory. Samples from various coating fami-lies (ceramics, hardcoats, abradables, metallics) will beprepared and analyzed. The effects of changes in con-sumables and preparation recipes will be observed inactual thermal spray coating samples.

Learning Objectives:This course will focus on the following key topics:• Specific issues pertaining to thermal spray coatings

that must be addressed during the four stages ofmetallographic preparation (sectioning, mounting,grinding, and polishing)

• The role that consumables and preparation recipesplay in creating a representative coating structure

• Understanding the tools and methods necessary todifferentiate between those features in a coating thatare inherent, versus those which have been inducedduring metallographic preparation

The Learning Objectives will be met through a mixture ofclassroom lecture and laboratory time. As part of thiscourse will take place in a metallography lab, the stu-dents will have the ability to compare and contrast diffe-rent methods of preparing coatings.

Who Should Enroll:This course is designed for anyone involved in either theprocessing or evaluation of thermal spray coatings.

Course Outline:1. Use of Coatings for Applications in the

Aerospace, Medical Device, Automotive, andMicro Electronic Industries

2. Metallography Overview3. Sectioning4. Hot and Cold Mounting5. Grinding6. Polishing I – Selection of fine grinding and poli-

shing consumables7. Polishing II – Recipes and coating families8. Metallographic Standards9. Evaluation of Coatings I – Microscopy, Image

Analysis, and Mechanical Testing10. Evaluation of Coatings II – Issues specific to the

main coating families


Member Fee: 575 US Dollars 625 US Dollars(TSS/DVS/IIW)ASM Member Fee: 625 US Dollars 675 US DollarsNon-Member Fee: 725 US Dollars 775 US DollarsStudent Fee: 200 US Dollars 250 US Dollars


The Metallographic Preparation and Evaluation of Thermal Spray Coatings

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Education Courses


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Conference LocationRaffles City Convention Centre, Fairmont Singapore &Swissôtel The Stamford, 80 Bras Basah Road, Singapore189560.Raffles City Convention Centre is strategically located inthe heart of the city's business, historical, cultural andshopping districts. The centre is situated above one ofthe major stations (City Hall station) in the Mass RapidTransit (subway) system and is part of Raffles City com-plex, which comprises two sister hotels: FairmontSingapore and Swissôtel The Stamford, Raffles CityConvention Centre, Raffles City Shopping Centre andRaffles City Tower.

Advance Registration/Payment – Deadline April 14, 2010Mail/fax your complete registration form with payment toDVS – German Welding Society, P.O. Box 10 19 65, 40010Düsseldorf, Germany (phone: +49 (0) 211/1591-302/-303,fax: +49 (0) 211/1591-300). Registration received withoutpayment will not be processed. If your registration formand payment have not been received by DVS by April 14,2010 you have to pay a late registration fee of EUR 60.This applies also to on-site registration. There is norestriction on the number of attendees.

Payment by credit card:• American Express – MasterCard – Visa (accepted)

Payment by credit transfer:• Dresdner Bank AG, Düsseldorf

account no. 212 60 11 00bank sorting code 300 800 00IBAN-code: DE82 3008 0000 0212 6011 00BIC-code: DRESDEFF300

Any banking charges which may be incurred will beborne by the attendees.Keyword for credit transfer (please do not forget):ITSC 2010, name of registrant

A confirmation will be faxed to you within 10 businessdays of receiving your registration and payment.You can also find all information and details on the ITSC2010 website: http://www.dvs-ev.de/itsc2010

On-Site Registration and Check In at the ConferenceDeskIf your registration form and payment have not beenreceived by DVS by April 14, 2010 you will be required tofill out a registration form and pay on-site by credit card(American Express, MasterCard, Visa). An additional EUR60 will be added to each registration category for on-site

registrations (except: one-day-tickets).Registered attendees should check in and pick up theirconference tickets and (if ordered) the conference CD assoon as possible at the conference desk.The conference desk is located in the Raffles CityConvention Centre, Covention Foyer, Fairmont Singapore& Swissôtel The Stamford.

The Conference Desk is open from:Sunday, May 2, 2010 15:00 – 18:00Monday, May 3, 2010 08:00 – 17:00Tuesday, May 4, 2010 07:30 – 17:00Wednesday, May 5, 2010 07:30 – 15:00

Registration Information – What’s included:Complete Registration includes:Plenary Program3-Day Technical Conference3-Day ExpositionCoffee BreaksOne Conference CDOne Awards Banquet Ticket

Minimum Registration includes:Plenary Program3-Day Technical Conference3-Day ExpositionCoffee Breaks

Cancellation FeeCancellations must be in writing to the DVS. In case ofcancellation after April 14, 2010 DVS will take a proces-sing fee of EUR 60.

Conference InformationThe conference will take place as a discussion event. Thenames of the lecturers are followed by an asterisk. Thelanguage of the conference is English.

Conference CDThe conference CD will be produced in advance with allillustrations and tables. A conference CD is included withthe complete registration. You will receive it at your checkin. Additional CDs can be bought at the conference desk.Sales of the CD in the name and to the account of theDVS-Publishing House.

Coffee Breaks, Padang and Collyer Rooms(Exposition Halls)During the coffee breaks (not during lunch break) coffeeand tea will be served free of charge.

General Information

Registration Information

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General Information

Restaurant FacilitiesThere are several restaurants in the Raffles CityConvention Centre.

TransportationBy PlaneChangi International Airport, Singapore – 20 minutes bytaxi to the Raffles City Convention Centre.

Hotel InformationHotel ReservationThe following hotels are reserved for the registrants of ITSC 2010:Fairmont Singapore and Swissôtel The StamfordHotel reservations can be made by filling in the enclosed hotel registration form and faxing it directly to the desiredhotel.Online-registration (only possible for the Fairmont Singapore). Please use the following link for your online-reservation:https://resweb.passkey.com/go/thermalspray

Tips for SingaporePassports and VisasAll foreign visitors entering Singapore must have a validpassport. For detailed information about visas, pleasecontact your nearest Singaporean Embassy or Consulate.

CurrencyS$ is the currency of Singapore. Foreign currencies canbe exchanged at the banks and in the major hotels.

ElectricityElectricity in Singapore is 230 volts, alternationg at 50cycles per second. If you travel to Singapore with a devi-ce that does not accept 230 volts at 50 hertz, you willneed a voltage converter.Outlets in Singapore generally accept 1 type of plug (two

parallel flat pins with ground pin). If your appliances plughas a different shape, you may need a plug adapter.

TimeSingapore Time (SGT)

Singapore InformationIf you want more information about Singapore you cancontact: www.visitsingapore.com

Social Event

ITSC 2010 Awards Banquet, Tuesday, May 4, 2010, 20:00 – 23:00Sentosa Island, Sapphire PavilionJoin us Tuesday at the ITSC 2010 Awards Banquet torecognize the recipients of the ITSC 2010 awards. The ban-quet is included with a Complete Registration. Additionaltickets can be ordered with the registration form.

Departure: 19:15 Fairmont Singapore, 80 Bras Basah Road, Singapore

Return: 23:30 Fairmont Singapore

Registrants should be presented 10 minutes before departure of the buses.

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Presenting Authors, Poster Presenters and Session Chairmen

AAbdulgader, M. University of Dortmund, Dortmund, GermanyAckermann, D. Thermico GmbH & Co. KG, Dortmund, GermanyAgeorges, H. University of Limoges, Limoges, FranceAllimant, A. Saint-Gobain C.R.E.E., Cavaillon, FranceAltuncu, E. Kocaeli University, Kocaeli, TurkeyAng, S. Swinburne University of Technology, Melbourne, AustraliaAnsar, A. German Aerospace Center, Stuttgart, GermanyAyday, A. Sakarya University, Sakarya, Turkey

BBachmann, A. Sulzer Metco AG (Switzerland), Wohlen, SwitzerlandBae, G. Kinetic Spray Coating Laboratory, Seoul, South KoreaBaehr, E. CGT Cold Gas Technology GmbH, Ampfing, GermanyBalasudaram, R. Forschungszentrum Jülich GmbH, Jülich, GermanyBaumann, I. University of Dortmund, Dortmund, GermanyBeczkowiak, J. H.C. Starck GmbH, Laufenburg, GermanyBerger, L. Fraunhofer Institute for Material and Beam Technology, Dresden, GermanyBerndt, C. Swinburne University of Technology, Melbourne, AustraliaBertrand, G. LERMPS, University of Technology of Belfort-Montbé, Belfort, FranceBilliers, D. Saint-Gobain Coating Solutions, Avignon, FranceBinder, K. Helmut-Schmidt-University, Hamburg, GermanyBobzin, K. RWTH Aachen University, Aachen, GermanyBolelli, G. Università di Modena e Reggio Emilia, Modena, ItalyBolot, R. LERMPS, University of Technology of Belfort-Montbé, Belfort, FranceBonferroni, B. Università di Modena e Reggio Emilia, Modena, ItalyBorisov, Y. E.O. Paton Electric Welding Institute, Kiev, UkraineBranagan, D. The NanoSteel Company, Idaho Falls, United States of AmericaBrossard, S. University of New South Wales, Sydney, AustraliaBurkard, H. BMV Burkard, Düsseldorf, Germany

CCannillo, V. Università di Modena e Reggio Emilia, Modena, ItalyChandra, S. University of Toronto, Toronto, CanadaCheng, O. Innovator Surface Technologies Co., Taipei, TaiwanChristenn, C. German Aerospace Center, Stuttgart, GermanyCoddet, C. LERMPS, University of Technology of Belfort-Montbé, Belfort, FranceCojocaru, C. National Research Council of Canada, Boucherville, CanadaColeman, A. Sandvik Osprey Ltd., Neath, United KingdomCostil, S. LERMPS, University of Technology of Belfort-Montbé, Belfort, FranceCoyle, T. University of Toronto, Toronto, CanadaCurry, N. University West, Trollhättan, Sweden

DDambra, C. Sulzer Metco (US) Inc., Westbury, United States of AmericaDeng, C. Guangzhou Research Institute of Non-Ferrous Metals, Guangzhou, P.R. ChinaDhiman, R. University of Toronto, Toronto, CanadaDixit, S. Plasma Technology, Inc., Torrance, United States of AmericaDolatabadi, A. Concordia University, Montreal, CanadaDonner, K. Helmut-Schmidt-University, Hamburg, Germany

09-7342_Inhalt_06_Autorenliste:_ 18.12.2009 11:34 Uhr Seite 1

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Dorfman, M. Sulzer Metco (US) Inc., Westbury, United States of AmericaDosta, S. Thermal Spray Centre (CPT), Barcelona, SpainDrescher, V. Technical University of Berlin, Berlin, GermanyDru, S. CEA Le Ripault, Monts, FranceDu, L. Institute of Process Engineering, Beijing, P.R. ChinaDwivedi, G. Center for Thermal Spray Research, SUNY Sony Brook, Stony Brook, United States of

America

EEijckenboom, R. Oak-Advanced Coating Solutions bv, Heerlen, The Netherlands

FFang, D. LERMPS, University of Technology of Belfort-Montbé, Belfort, FranceFasth, A. University West, Trollhättan, SwedenFauchais, P. University of Limoges, Limoges, FranceForghani, S. National University of Malaysia (UKM), Bangi, MalaysiaFukumoto, M. Toyohashi University of Technology, Toyohashi, Japan

GGabel, H. Inovati, Santa Barbara, United States of AmericaGadow, R. University of Stuttgart, Stuttgart, GermanyGansert, R. Advanced Materials & Technology Services, Inc., Simi Valley, United States of AmericaGao, W. Jilin University, Changchun, P.R. ChinaGarcia, E. Instituto de Ceramica y Vidrio (CSIC), Madrid, SpainGärtner, F. Helmut-Schmidt-University, Hamburg, GermanyGhabchi, A. Technical Research Center of Finland (VTT), Espoo, FinlandGil, L. Universidad Nacional Experimental Politecnica (UNEX), Puerto Ordaz, VenezuelaGiolli, C. Turbocoating S.p.A, Rubbiano di Solignano, ItalyGirgulis, J. Sulzer Metco AG (Switzerland), Wohlen, SwitzerlandGoldbaum, D. McGill University, Montreal, CanadaGorlach, I. Nelson Mandela Metropolitan University, Port Elizabeth, South AfricaGosipathala, S. Department of Metallurgical Engineering & Materials Science, Mumbai, IndiaGoutier, S. University of Limoges, Limoges, FranceGross, K. Riga Biomaterials Innovation and Development Centre, Riga, LatviaGrund, T. Chemnitz University of Technology, Chemnitz, GermanyGu, S. University of Southampton, Southampton, United KingdomGuignard, A. Forschungszentrum Jülich GmbH, Jülich, GermanyGuipont, V. Ecole des Mines de Paris, Evry, FranceGulizia, S. CSIRO Materials Science & Engineering, Melbourne, AustraliaGupta, D. Indian Institute of Technology, Roorkee, IndiaGutzmann, H. Helmut-Schmidt-University, Hamburg, Germany

HHanneforth, P. SpaCom LCC, Huntington, United States of AmericaHartmann, S. obz innovation gmbh, Bad Krozingen, GermanyHeberlein, J. University of Minnesota, Minneapolis, United States of AmericaHeinrich, P. The Linde Group, München, GermanyHenness, J. Inovati, Santa Barbara, United States of AmericaHerlaar, W. Flame Spray Technologies bv, Duiven, The Netherlands


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Hirose, S. AIST, Tsukuba, JapanHollis, K. Los Alamos National Laboratory, Los Alamos, United States of AmericaHospach, A. Forschungszentrum Jülich GmbH, Jülich, GermanyHsiao, W. National Taipei University of Technology, Hsinchu, TaiwanHuang, K. Suzhou Nuclear Power Research Institute, Suzhou, P.R. ChinaHuang, X. TSCC Thermal Spray Committee of Chinese Surface Engineering Association, Beijing,

P.R. ChinaHuber, R. SLV München, NL der GSI mbH, München, GermanyHussain, T. University of Nottingham, Nottingham, United KingdomHussong, B. University of Dortmund, Dortmund, Germany

IIchikawa, Y. Fracture and Reliability Research Institute, Sendai, JapanIrissou, E. National Research Council of Canada, Boucherville, Canada

JJackson, D. Senergen Devices, Pleasanton, United States of AmericaJarligo, M. Forschungszentrum Jülich GmbH, Jülich, GermanyJeandin, M. Ecole des Mines de Paris, Evry, FranceJerzembeck, J. DVS - German Welding Society, Düsseldorf, GermanyJia, L. Université de Sherbrooke, Sherbrooke, CanadaJodoin, B. University of Ottawa, Ottawa, CanadaJungklaus, H. Voith Paper Rolls, Laakirchen, Austria

KKang, K. Kinetic Spray Coating Laboratory, Seoul, South KoreaKanno, A. Tocalo Co. Ltd., Akashi, Hyogo, JapanKarthikeyan, J. ASB Industries, Inc., Barberton, United States of AmericaKaushal, G. RIMT-Institute of Engineering & Technology, Mandi Gobindgarh, India Kay, C. ASB Industries, Inc., Barberton, United States of AmericaKeshri, A Florida International University, Miami, United States of AmericaKhatim, O. LERMPS, University of Technology of Belfort-Montbé, Belfort, FranceKhor, M. Nanyang Technological University, Singapore, SingaporeKim, J. Kinetic Spray Coating Laboratory, Seoul, South KoreaKing, P. CSIRO Materials Science & Engineering, Clayton South, AustraliaKitamura, J. Fujimi, Inc., Kakamigahara, JapanKlassen, T. Helmut-Schmidt-University, Hamburg, GermanyKliemann, J. Helmut-Schmidt-University, Hamburg, GermanyKocimski, J. University of Windsor, Windsor, CanadaKoivuluoto, H. Tampere University of Technology, Tampere, FinlandKoller, M. Sulzer Metco AG (Switzerland), Wohlen, SwitzerlandKorobov, Y. Ural State Technical University, Ekaterinburg, RussiaKraak, T. Aludra bv, Vlaardingen, The NetherlandsKrebs, B. University of Dortmund, Dortmund, GermanyKreye, H. Helmut-Schmidt-University, Hamburg, GermanyKrömmer, W. The Linde Group, München, GermanyKuroda, S. National Institute for Materials Science, Ibaraki, Japan



LLampke, T. Chemnitz University of Technology, Chemnitz, GermanyLange, S. Universität der Bundeswehr, Neubiberg, GermanyLaul, K. Chormalloy Gas Turbine Corporation, Orangeburg, United States of AmericaLaurila, J. Tampere University of Technology, Tampere, FinlandLee, H. Ajou University, Suwon, South KoreaLee, K. School of Advanced Materials Engineering, Andong, Gyungbuk, South KoreaLegoux, J. National Research Council of Canada, Boucherville, CanadaLehmann, O. Technical University of Berlin, Berlin, GermanyLekatou, A. University of Ioannina, Ioannina, GreeceLi, C. Xi'an Jiaotong University, Xi’an, P.R. ChinaLi, C. Xi'an Jiaotong University, Xi’an, P.R. ChinaLi, W. Xi'an Jiaotong University, Xi’an, P.R. ChinaLi, Y. Xi'an Jiaotong University, Xi’an, P.R. ChinaLi, Z. Beijing General Research Institute of Mining, Beijing, P.R. ChinaLima, C. UNIMEP - Methodist University of Piracicaba, Santa Bárbara d´Oeste, BrazilLiu, L. Chromalloy Gas Turbine LLC, Orangeburg, United States of AmericaLiu, X. Chinese Academy of Sciences, Shanghai, P.R. ChinaLugbauer, M. Busatis Austria, Purgstall, AustriaLuo, X. Xi'an Jiaotong University, Xi’an, P.R. ChinaLusvarghi, L. Università di Modena e Reggio Emilia, Modena, ItalyLyphout, C. University West, Trollhättan, Sweden

MMarchione, T. Technogenia, Inc., Conroe, United States of AmericaMarple, B. National Research Council of Canada, Boucherville, CanadaMarrocco, T. TWI, Cambridge, United KingdomMaruyama, T. Kansai University, Suita, JapanMauer, G. Forschungszentrum Jülich GmbH, Jülich, GermanyMeneghetti, S. Turbocoating S.p.A, Rubbiano di Solignano, ItalyMeng, H. Bodycote Metallurgical Coating, Skelmersdale, United KingdomMiddeldorf, K. DVS - German Welding Society, Düsseldorf, GermanyMinisker, M. Istanbul Technical University, Istanbul, TurkeyMontavon, G. University of Limoges, Limoges, FranceMoreau, C. Institut National de la Recherche Scientifique, Boucherville, CanadaMunroe, P. University of New South Wales, Sydney, AustraliaMusalek, R. Institute of Plasma Physics, Prague, Czech Republic

NNa, H. Kinetic Spray Coating Laboratory, Seoul, South KoreaNassenstein, K. GTV GmbH, Luckenbach, GermanyNebel, J. University of Dortmund, Dortmund, GermanyNiemi, K. Tampere University of Technology, Tampere, FinlandNiessen, K. von Sulzer Metco AG (Switzerland), Wohlen, SwitzerlandNohava, J. CSM Instruments SA, Peseux, SwitzerlandNomakuchi, K. Nagoya Institute of Technology, Nagoya, JapanNylen, P. University West, Trollhättan, Sweden

39



OOechsner, M. Siemens Gas Turbine Parts Ltd., Shanghai, P.R. ChinaOgawa, K. Tohoku University, Sendai, JapanOki, S. Kinki University, Osaka, JapanOnizawa, K. Helmut-Schmidt-University, Hamburg, Germany

PPaczkowski, G. Chemnitz University of Technology, Chemnitz, GermanyParco, M. INASMET-TECNALIA, San Sebastián, SpainPatil, P. Purdue University, West Lafayette, United States of AmericaPelz, A. Corodur Verschleiss-Schutz GmbH, Thale, GermanyPershin, L. University of Toronto, Toronto, CanadaPoirier, D. National Research Council of Canada, Boucherville, CanadaPrawara, B. Research Center for Electric Power and Mechatronic, Bandung, IndonesiaPrehm, J. Leibniz University, Garbsen, GermanyPrenger, F. Grillo-Werke AG, Duisburg, GermanyPreziosa, O. University of Limoges, Limoges, FrancePuerta, D. IMR Test Labs, Lansing, United States of AmericaPulci, G. Rome University “la Sapienza”, Rome, ItalyPuranen, J. Tampere University of Technology, Tampere, Finland

RRat, V. University of Limoges, Limoges, FranceRech, S. CIVEN, Marghera, Venice, ItalyRezaeian, A. McGill University, Montreal, CanadaRicher, P. University of Ottawa, Ottawa, CanadaRichter, P. CGT Cold Gas Technology GmbH, Ampfing, GermanyRockstroh, L. Stuttgart University, Stuttgart, GermanyRodriguez, M. Central University of Venezuela, Caracas, VenezuelaRupprecht, C. Chemnitz University of Technology, Chemnitz, GermanyRyan, J. TEKNA Advanced Materials, Inc., Sherbrooke, Canada

SSaber-Samandari, S. Swinburne University of Technology, Melbourne, AustraliaSalimijazi, H. Isfahan University, Isfahan, IranSamareh Abolhassani, B. University of Toronto, Toronto, CanadaSato, K. Fujimi, Inc., Kagamigahara, JapanSchäfer, M. RWTH Aachen University, Aachen, GermanySchein, J. Universität der Bundeswehr, Neubiberg, GermanySchläfer, T. RWTH Aachen University, Aachen, GermanySchreiber, F. DURUM Verschleiss-Schutz GmbH, Willich, GermanySchwenk, A. GTV GmbH, Luckenbach, GermanyScrivani, A. Turbocoating S.p.A, Rubbiano di Solignano, ItalySeo, D. Tohoku University, Sendai, JapanSerres, N. INSA de Strasbourg, Strasbourg, FranceShaha, S. International Islamic University Malaysia, Kuala Lumpur, MalaysiaShahien, M. Toyohashi University of Technology, Toyohashi, JapanShan, Y. University of Shanghai for Science and Technology, Shanghai, P.R. ChinaShen, Y. University of Sherbrooke, Sherbrooke, CanadaShinoda, K. National Institute for Materials Science, Ibaraki, Japan

40



Siegmann, S. Nova Werke AG, Effretikon, SwitzerlandSmurov, I. Ecole Nationale d'Ingénieurs de Saint-Etienne, Saint-Etienne, FranceSonoda, T. Iwate Industrial Research Institute, Iwate, JapanSonoya, K. University of Yamanashi, Kofu, JapanSoysal, D. German Aerospace Center, Stuttgart, GermanySri, S. Indian Institute of Technology, Roorkee, IndiaStokes, J. Dublin City University, Dublin, IrelandStricker, J. St. Louis Metallizing Company, St. Louis, United States of AmericaSue, A. National Oilwell Varco, Conroe, United States of AmericaSuhonen, T. VTT Technical Research Centre of Finland, Espoo, FinlandSun, F. LERMPS, University of Technology of Belfort-Montbé, Belfort, FranceSun, H. College of Materials Science and Engineering, Shan, Qingdao, P.R. ChinaSuzuki, M. National Institute of Advanced Industrial Science, Ibaraki, Japan

TTakahashi, S. Tokyo Metropolitan University, Tokyo, JapanTang, Z. Northwest Mettech Corp., Vancouver, CanadaTapphorn, R. Inovati, Santa Barbara, United States of AmericaThiele, S. Fraunhofer Institute for Ceramic Technologies and Systems, Dresden, GermanyThorpe, R. Praxair TAFA, Inc., Concord, United States of AmericaTietz, U. Institut für Biomedizinische Technik, Rostock, GermanyTillmann, W. University of Dortmund, Dortmund, GermanyToma, F. Fraunhofer Institute for Material and Beam Technology, Dresden, GermanyTrexler, M. U.S. Army Research Laboratory, Aberdeen Proving Ground, United States of America

VValarezo, A. Center for Thermal Spray Research, SUNY Sony Brook, Stony Brook, United States of

AmericaVardelle, A. University of Limoges, Limoges, FranceVaris, T. VTT Technical Research Centre of Finland, Espoo, FinlandVaßen, R. Forschungszentrum Jülich GmbH, Jülich, GermanyVert, R. CEA Le Ripault, Monts, FranceVillafuerte, J. Centerline Ltd., Windsor, CanadaVogli, E. University of Dortmund, Dortmund, GermanyVuoristo, P. Tampere University of Technology, Tampere, Finland

WWang, C. College of Materials Science and Engineering, Shan, Qingdao, P.R. ChinaWang, Y. National Research Council of Canada, Boucherville, CanadaWank, A. GTV GmbH, Luckenbach, GermanyWarda, T. RWTH Aachen University, Aachen, GermanyWasserman, C. TeroLab Surface Group SA, Lausanne, SwitzerlandWielage, B. Chemnitz University of Technology, Chemnitz, GermanyWilden, J. Technical University of Berlin, Berlin, GermanyWirojanupatump, S. Chiang Mai University, Chiang Mai, ThailandWong, W. McGill University, Longueuil, CanadaWu, C. Guangzhou Research Institute of Non-Ferrous Metals, Guangzhou, P.R. China

41



XXie, W. Swinburne University of Technology, Melbourne, AustraliaXu, J. Nanyang Technological University, Singapore, Singapore

YYamada, M. Toyohashi University of Technology, Toyohashi, JapanYang, H. Xi'an Tongli Hydraulic Mechanism-Electric Technique, Xi’an, P.R. China Yang, Y. Insititute of Materials Science and Engineering, Taipei, Taiwan

ZZeng, Z. Kurashiki Boring Co. Ltd., Asakuchi, JapanZhang, C. University of Mons, Mons, BelgiumZhang, N. LERMPS, University of Technology of Belfort-Montbé, Belfort, FranceZhou, Z. College of Materials Science and Engineering, Beijing, P.R. China

42


Notes

09-7342_Inhalt_08_Notes:DVS 2005 Notes 18.12.2009 11:34 Uhr Seite 1

Notes


Notes


Notes


Conference Committees and Endorsing Sponsors

47

DVS RepresentativesF.-W. Bach, Leibniz University (DE)A. Bachmann, Sulzer Metco AG (Switzerland) (CH)J. Beczkowiak, H.C. Starck GmbH (DE)K. Bobzin, RWTH Aachen University (DE)D. Böhme, SLV München, NL der GSI mbH (DE)B. Brommer, DVS - German Welding Society (DE)M. Dorfman, Sulzer Metco (US) Inc. (US)S. Hartmann, obz innovation gmbh (DE)P. Heinrich, The Linde Group (DE)W. Herlaar, Flame Spray Technologies bv (NL)X. Huang, TSCC Thermal Spray Committee of ChineseSurface Engineering Association (CN)J. Jerzembeck, DVS - German Welding Society (DE)C.M. Kay, ASB Industries, Inc. (US)M. Khor, Nanyang Technological University (SG)T. Klassen, Helmut Schmidt University (DE)E. Lugscheider, RWTH Aachen University (DE)S. Mahlstedt, DVS - German Welding Society (DE)K. Nassenstein, GTV GmbH (DE)T. Schläfer, RWTH Aachen University (DE)F. Schreiber, DURUM Verschleiss-Schutz GmbH (DE)D. Stöver, Forschungszentrum Jülich GmbH (DE)W. Tillmann, Dortmund University (DE)R. Vaßen, Forschungszentrum Jülich GmbH (DE)C. Wasserman, TeroLab Surface Group SA (CH)B. Wielage, Chemnitz University (DE) J. Wilden, Berlin University (DE)

ASM-TSS RepresentativesR. Bajan, BASF Catalysts, LCC (US)J. Beczkowiak, H.C. Starck GmbH (DE)K. Bobzin, RWTH Aachen University (DE)T.W. Clyne, University of Cambridge (GB)T. Coyle, University of Toronto (CA)M. Dorfman, Sulzer Metco (US) Inc. (US)M. Fukumoto, Toyohashi University of Technology (JP)M. Gevelber, Boston University (US)J. Heberlein, University of Minnesota (US)P. Heinrich, The Linde Group (DE)J. Karthikeyan, ASB Industries, Inc. (US)A. Kay, ASB Industries, Inc. (US)C.M. Kay, ASB Industries, Inc. (US)M. Khor, Nanyang Technological University (SG)R. Knight, Drexel University (US)S. Kuroda, National Institute for Materials Science (JP)K. Laporte, Sulzer Metco (US) Inc. (US)R.S. Lima, National Research Council Canada (CA)B. Marple, National Research Council Canada (CA)C. Moureau, Institut National de la Recherche Scientifique (CA)N. Nemec, ASM International (US)K. Ogawa, Tohoku University (JP)R.C. Tucker, The Tucker Group, LCC (US)J. Villafuerte, Centerline Ltd. (CA)P. Vuoristo, Tampere University of Technology (FI)G. Wuest, Sulzer Metco (US) Inc. (US)D. Zhu, NASA-Glenn Research Center (US)

General ChairmenP. Heinrich, The Linde Group (DE)C.M. Kay, ASB Industries, Inc. (US)

Technical ChairmenK. Bobzin, RWTH Aachen University (DE)

B.R. Marple, National Research Council Canada (CA)

Endorsing Sponsors• Asian Surface Technologies, PTE. Ltd (SG) • BIL Belgisch Instituut voor Lastechniek (BE) • CEREM/CEA (FR) • Com-mission of the European Community (BE) • DGO - Deutsche Gesellschaft für Galvano- und Oberflächentechnik e. V. (DE)• DGM - Deutsche Gesellschaft für Materialkunde e. V. (DE) • DKG - Deutsche Keramische Gesellschaft e. V. (DE) • DVS- Research Association (DE) • GTS - Gemeinschaft Thermisches Spritzen e.V. (DE) • HTS - High Temperature Society ofJapan (JP) • International Thermal Spray Association (US) • Japan Thermal Sprayers Association (JP) • JTSS - JapaneseThermal Spray Society (JP) • TSCC Thermal Spray Committee of Chinese Surface Engineering Association (CN) • TSSEA-Thermal Spraying & Surface Engineering Association (GB) • TWI The Welding Institute (GB) • VDI Verein Deutscher In-genieure (DE) • Werkstoff-Forum RWTH Aachen (DE)

ITSC2010

09-7342_Inhalt_07_Endorsing Sponsors:_ 18.12.2009 11:42 Uhr Seite 1

80 Bras Basah Road, Singapore 189560 2 Stamford Road, Singapore 178882 Rooms Reservation Tel: 6837 3883, Rooms Reservation Fax: 6336 6210 Room Reservations Tel: 6339 6633, Room Reservations Fax: 6336 5117 E-mail: [email protected] Email: [email protected]

ROOM RESERVATION FORM

INTERNATIONAL THERMAL SPRAY CONFERENCE & EXPOSITION (ITSC 2010) April 30 – May 7, 2010

Please submit the reservation form before April 12, 2010 A Room Reservation Request Title Mr Mrs Mdm Ms Family/Last Name Given/First Name Company Designation Mailing Address City State Postal/Zip Code Country Phone Fax/Telex No Date of Arrival Date of Departure Number of Nights Flight Arrival Time Flight Departure Time (Check-in time: 2pm, Check-out time: 12 pm) * If you are arriving between midnight and the official check-in time, please make the reservation one day prior to date of arrival. B Room Type & Rate (Please tick appropriate box) Fairmont Singapore Single Double Preference

Fairmont Room S$ 349.00 S$ 373.25 King Deluxe Room S$ 396.75 S$ 420.00 Double Signature Room S$ 444.60 S$ 479.70 Smoking Raffles Inc Deluxe Room S$ 491.40 S$ 514.80 Non – Smoking Plaza View Suite Room S$ 1,111.50 S$ 1,111.50

Swissotel The Stamford

Classic Room S$ 331.00 S$ 331.00 Classic Harbour View Room S$ 386.10 S$ 409.50

All room rates are in Singapore Dollars and are inclusive of 10% service charge and thereafter 7% goods & services tax and daily breakfast Room preferences are subject to availability The rates quoted are subject to applicable taxes levied by the Singapore government authorities, which will include the customer bearing

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Official Use Taken By Date/Time Confirmed By

ITSC2010

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Facilities for ITSC 2010

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