July 9-11, 2018 | IISc, Bangalore, India

COMPUTATIONAL METHODS FOR THERMAL PROBLEMS

Fifth International Conference on

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It is indeed our pleasure to welcome all participants of the Fifth International Conference on Computational Methods for Thermal Problems (ThermaComp2018) to Bangalore. This meeting is the continuation of the successful computational thermal problems conference, founded by Professor Roland Lewis in 1979. The aim of the ThermaComp is to bridge the gap between fundamental and applied research in all areas of thermal problems including fluid flow, heat transfer and energy research. The ThermaComp series started in Napoli, Italy in 2009. The conference was then organized in Dalian, China (2011), Lake Bled, Slovenia (2013), and Atlanta, USA (2016). The fifth ThermaComp is hosted by Indian Institute of Science Bangalore (IISc), India. We are indeed grateful that a premier institute in India stepped forward to organize this prestigious meeting. We thank all the organisers and participants and wish them a fruitful ThermaComp2018.

Professor Roland Lewis, Honorary Chair, Swansea University, UK

Professor Nicola Massarotti, Co-Chair, University of Naples ‘Parthenope’, Italy

Professor Perumal Nithiarasu, Co-Chair, Swansea University, UK

Professor Pradip Dutta, Co-Chair, Indian Institute of Science, India

Dr C. Ranganayakulu, Co-Chair, Aeronautical Development Agency, Bangalore, India

Preface

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Message from the Local Organizing Committee

We are pleased to welcome you to the Fifth International Conference on Computational Methods for Thermal Problems (ThermaComp2018) at the Indian Institute of Science, Bangalore.

This is a biennial conference whose previous editions were organized in Napoli (Italy) during 2009, Dalian (China) during 2011, Lake Bled (Slovenia) during 2014, and Georgia Tech (USA) during 2016. Over the years ThermaComp has evolved to become surely one of the most important and well attended conference dedicated to numerical techniques in thermal-fluid problems. As in previous years, ThermaComp2018 provides an excellent forum for exchanging information and discussion on the most recent developments and challenges in this field. This meeting represents an interdisciplinary forum of scientists with expertise ranging from heat conduction, convection and radiation to CFD, micro and nano-scale heat transfer.

In order to provide an outstanding technical level for the presentations at the conference, we have invited distinguished experts in thermal-fluid field to deliver 5 keynote and 3 plenary talks. With more than 200 participants from various countries coming together at such a conference, we can once again expect to achieve excellent exchange of knowledge and ideas.

The conference venue is the Indian Institute of Science, a premier institution in India and internationally well known for science and technology research. It is located in Bengaluru, which has always been a major contributor to science and technology at the international stage. In addition to its recent fame as Silicon Valley of India, the city has also emerged as the Research and Development hub of the country, as its hosts several institutions such as the Indian Space Research Organization (ISRO), Defence Research and Development Organisation (DRDO) laboratories, several Indian and multinational corporate R&D organizations, and premier academic institutions.

We are looking forward to meet you in Bangalore during ThermaComp2018 and to sharing a most pleasant, interesting and fruitful conference.

Pradip Dutta, Conference Co-Chair C.Ranganyakalu, Conference Co-ChairGaurav Tomar, Convener, Local Organizing Committee

Welcome Message

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Honorary Chair

Professor R.W. Lewis, Swansea University, UK

N. Massarotti, Università di Napoli “Parthenope”, Italy

P. Nithiarasu, Swansea University, UK

C. Ranganayakulu, Aeronautical Development Agency, India

Pradip Dutta, Indian Institute of Science, India

G. Biswas, Indian Institute of Technology Guwahati, India

P. Cheng, Shanghai Jiao Tong University, China

G. Comini, CISM, Italy

M. Ishizuka, Toyama Prefecture University, Japan

Y. Jaluria, Rutgers, The State University of New Jersey, USA

Y. Joshi, Georgia Institute of Technology, USA

X. K. Li, Dalian University of Technology, China

J. Murthy, University of California, Los Angeles, USA

V. Naso, Università di Napoli Federico II, Italy

B. Sarler, University of Nova Gorica & Institute of Metals and Technology, Slovenia

K.N. Seetharamu, PES Institute of Technology, India

B. Sunden, Lund University, Sweden

W.Q. Tao, X’ian Jiatong University, China

K. Vafai, University of California, Riverside, USA

Committees

Co-chairs

Executive Committee

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S. Acharya, Memphis State University, USA

A. Ambirajan, Indian Institute Space Research Organization, India

F. Arpino, Università degli Studi di Cassino e del Lazio Meridionale, Italy

B.R. Baliga, McGill University, Canada

S.W. Baek, Korea Advanced Institute of Science & Technology, South Korea

B.Basu, Aditya Birla Science and Technology Company Private Limited, India

A. Carotenuto, Università di Napoli “Parthenope”, Italy

D. Chakraborty, Defense Research and Development Laboratory, India

S. Chakraborty, Indian Institute of Technology Kharagpur, India

A.J. Chamkha, Public Authority for Applied Education and Training, Kuwait

S. Chang, National University of Singapore, Singapore

F. Chinesta, Ecole Centrale de Nantes, France

R. Codina, Universitat Politècnica de Catalunya, Spain

R.M. Cotta, Universidade Federal do Rio de Janeiro, Brazil

D. Drikakis, University of Strathclyde, UK

G. Dulikravich, Florida International University, USA

V. Eswaran, Indian Institute of Technology Hyderabad, India

T. Fushinobu, Tokyo Institute of Technology, Japan

D. Givoli, Technion - Israel Institute of Technology, Israel

D. Gobin, CNRS, France

S. Idelsohn, CIMNE - International Center for Numerical Methods in Engineering, Spain

A. Kassab, University of Central Florida, USA

V. Krishna, PES University, India

M. Li, Taiyuan University of Technology, China

International Advisory Committee

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R. Lohner, George Mason University, USA

A.G. Malan, Council for Scientific and Industrial Research, South Africa

O. Manca, Seconda Università di Napoli, Italy

J.C. Mandal, Indian Institute of Technology Bombay, India

J.S.Mathur, National Aeronautical Limited, Bangalore, India

A. Mauro, Università di Napoli “Parthenope”, Italy

C. Nonino, Università di Udine, Italy

A.J. Nowak, Silesian Polytechnic University, Poland

J. Patterson, University of Sydney, Australia

I. Pop, University of Cluj, Romania

J. Reese, University of Strathclyde Glasgow, UK

W. Shyy, Hong Kong University of Science and Technology, Hong Kong

Siraj-ul-Islam, University of Engineering and Technology Peshawar,

Pakistan

J. Summers, Leeds University, UK

T. Sundararajan, Indian Institute of Technology Madras, India

K. Sungjin, Korea Advanced Institute of Science and Technology,

South Korea

V.R. Voller, University of Minnesota, USA

I. Vusanovic, University of Montenegro, Montenegro

W. Wall, Technische Universität München, Germany

L. Xiaobing, Huazong University of Science and Technology, China

P. Dutta, Indian Institute of Science (IISc), India (Co-chair)

C. Ranganayakulu, Aeronautical Development Agency, India (Co-chair)

G. Tomar, Indian Institute of Science, India (Convener)

Local Organising Committee

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N. Balakrishnan, Indian Institute of Science, India (Member)

R.V. Ravikrishna, Indian Institute of Science, India (Member)

S. Basu, Indian Institute of Science, India (Member)

P. Kumar, Indian Institute of Science, India (Member)

S. Chaudhuri, Indian Institute of Science, India (Member)

A. Kumar, Indian Institute of Science, India (Member)

U. K. Pandey, Indian Institute of Science, India (Member)

P. Panda, Indian Institute of Science, India (Member)

S. Dash, Indian Institute of Science, India (Member)

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Mitigating Hot Spots in 2D and 3D Microsystems Using Liquid Cooling

Venue : Main Hall | Date : Monday 9th July 2018 | Time : 9:00 - 9:50 A.M

Yogendra Joshi

Yogendra Joshi is Professor and John M. McKenney and Warren D. Shiver Distinguished Chair at the G.W. Woodruff School of Mechanical Engineering at the Georgia Institute of Technology. He has served as the Principal Investigator of the Office of Naval Research Consortium for Resource-Secure Outposts (CORSO), and Site Director for the National Science Foundation Industry/University Cooperative Research Center on

Energy Efficient Electronic Systems. His research interests are in multi-scale thermal management. He is the author or co-author of nearly four hundred publications in this area, including nearly two hundred journal articles. He received a Ph.D. in Mechanical Engineering and Applied Mechanics, from the University of Pennsylvania in 1984. He is an elected Fellow of the ASME, the American Association for the Advancement of Science, and IEEE. He was a co-recipient of ASME Curriculum Innovation Award (1999), Inventor Recognition Award from the Semiconductor Research Corporation (2001), the ASME Electronic and Photonic Packaging Division Outstanding Contribution Award in Thermal Management (2006), ASME J. of Electronics Packaging Best Paper of the Year Award (2008), IBM Faculty Award (2008), IEEE SemiTherm Significant Contributor Award (2009), IIT Kanpur Distinguished Alumnus Award (2011), ASME InterPack Achievement Award (2011), ITherm Achievement Award (2012), and ASME Heat Transfer Memorial Award (2013).

Plenary Lecture

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Phase Field Modelling and CFD

Venue : Main Hall | Date : Monday 9th July 2018 | Time : 10:10 - 10:50 A.M

Suman Chakraborty

Dr. Suman Chakraborty is currently a Professor in the Mechanical Engineering Department as well as an Institute Chair Professor of the Indian Institute of Technology Kharagpur, India, and the Head of the School of Medical Science and Technology. He is also the Associate Dean for Sponsored Research and Industrial Consultancy. He has been awarded the Santi Swaroop Bhatnagar Prize in the year 2013,

which is the highest Scientific Award from the Government of India. He has been elected as a Fellow of the American Physical Society, Fellow of the Royal Society of Chemistry, Fellow of ASME, Fellow of all the Indian National Academies of Science and Engineering, recipient of the Indo-US Research Fellowship, Scopus Young Scientist Award for high citation of his research in scientific/technical Journals, and Young Scientist/ Young Engineer Awards from various National Academies of Science and Engineering. He has also been an Alexander von Humboldt Fellow, and a visiting Professor at the Stanford University. He has 370+ Journal publications.

Keynote Lecture

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Challenges in computation of liquid-metal MHD flow and heat transfer under strong

magnetic fields in complex geometriesVenue : Main Hall | Date : Monday 9th July 2018 | Time : 01:40 - 02:20 P.M

Vinayak Eswaran

Prof Vinayak Eswaran completed his B. Tech at IIT Kanpur in 1980, his PhD in 1985 in Stony Brook University. He joined IIT Kanpur in 1988, after a two-year post-doctoral stint at Cornell University, and a year at Stony Brook as Visiting Professor. He later joined IIT Hyderabad in 2010. He has worked on a wide variety of fluid flow and heat transfer computational problems, including Direct Numerical

Simulations of Turbulence, Spectral Methods, Magneto-hydrodynamic Turbulence, Finite Volume methods, Thermal Radiation, Raleigh-Benard convection, Compact schemes, Compressible flows, etc. For the past 15 years, he and his students have been involved in developing large general-purpose computer codes for fluid flow and heat transfer. They completed the Anupravaha structured-grid incompressible flow-solver in 2009, which is now being developed as an unstructured-grid solver at IIT Gauhati, with Prof Eswaran as a co-investigator. He and his students have also developed an unstructured compressible flow solver at IIT Hyderabad. Prof Eswaran is a member of the INAE.

Keynote Lecture

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Bubble Dynamics in Various Regimes of Boiling

Venue : Main Hall | Date : Tuesday 10th July 2018 | Time : 9:00 - 9:50 A.M

Gautam Biswas

Prof. Gautam Biswas is currently the Director of IIT Guwahati. He is a Professor in the Department of Mechanical Engineering at IIT Guwahati and at the Indian Institute of Technology Kanpur. He was the Director of CSIR-Central Mechanical Engineering Research Institute before joining IIT Guwahati. The research group of Professor Biswas at IIT Kanpur identified the phenomenon of Rayleigh-Taylor

Instability during the bubble formation in film boiling. This was a significant addition to the classical theory, based on Taylor Helmholtz instability. Professor Biswas is the author of more than 150 technical publications, including more than 100 in the SCI journals.

Prof. Biswas was the occupant of the position of GD and VM Mehta Endowed Chair Professor of Mechanical Engineering at the Indian Institute of Technology Kanpur. He was a Humboldt Fellow in Germany in 1987-88 and JSPS invited fellow in Japan 1994. He is a Fellow of the American Society of Mechanical Engineers (ASME). He has served a full term as the Associate Editor of the Journal of Heat Transfer (Trans ASME). He was a Guest Professor at the University of Erlangen-Nuremberg in 2002. He was the Dean of Academic Affairs at IIT Kanpur for three years since January 2003.

Prof Gautam Biswas is a Fellow of the all three major science academies of

Plenary Lecture

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India, such as, the Indian National Science Academy (INSA), New Delhi, the Indian Academy of Sciences (IAS, Bangalore) and the National Academy of Sciences India (NASI, Allahabad). He is a Fellow of the Indian National Academy of Engineering (INAE) and Institution of Engineers (IEI). He delivered prestigious Prof. CNR Rao Lecture in 2010. He has been awarded the esteemed J.C. Bose National Fellowship by the Department of Science and Technology, New Delhi in 2011. He has been awarded the Distinguished Alumnus Award by the Indian Institute of Technology Kharagpur in the year 2016. He has been conferred Honorary Doctorate (Honoris Causa) by National Institute of Technology Agartala, India in 2017. Currently he is Associate Editor of a well-known CFD-journal, - Computer and Fluids.

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Modelling Heat Transfer in Powder Bed Additive Manufacturing

Venue : Main Hall | Date : Tuesday 10th July 2018 | Time : 10:20 - 11:00 A.M

Stephen BrownProfessor Stephen Brown, Head of the College of Engineering at Swansea University, has a background in metallurgy and numerical modelling. He has extensive experience of molten metal research especially in the area of casting. More recent research is focussed on computational materials modelling especially linking simulation to physical measurements for example on the FP6 IMPRESS project where he coordinated 14

international numerical modelling groups, FP7 MultiHy involving multiscale modelling, FP7 AMAZE involving experimentation and modelling of SLM additive manufacturing and an Innovate UK project involving industrial application of the same. More recent work in the MACH1 centre at Swansea involves creating combinatorial high-throughput techniques and new predictive algorithms for alloy discovery. Recent publications can be found at http://www.swansea.ac.uk/staff/academic/engineering/brownstephen/.

Keynote Lecture

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Solution of Inverse Problems for Thermal Processes and Systems

Venue : Main Hall | Date : Tuesday 10th July 2018 | Time : 01:45 - 02:25 P.M

Yogesh JaluriaDr. Yogesh Jaluria is Board of Governors Professor and Distinguished Professor at Rutgers, the State University of New Jersey. His research work is in the field of thermal science and engineering, covering areas like convection, fires, materials processing, thermal management of electronics, energy, and optimization of thermal systems. He is the author/co-author of eight books and editor/co-editor of thirteen

conference proceedings, eight books, and seven special issues of archival journals. He has contributed over 500 technical articles, including over 210 in archival journals and 20 book chapters. His work has been supported extensively by federal, state and industrial agencies. He has received several awards and honors for his work, such as the prestigious 2007 Kern Award from AIChE, the 2003 Robert Henry Thurston Lecture Award from ASME, and the 2002 Max Jakob Memorial Award, the highest international recognition in heat transfer, from ASME and the AIChE. He received the 2000 Freeman Scholar Award, the 1999 Worcester Reed Warner Medal and the 1995 Heat Transfer Memorial Award all from ASME. He has served as Department Chairman and as Dean of Engineering. He was the Editor of the Journal of Heat Transfer (2005-2010), and Computational Mechanics (2003-2005). He is on the Editorial Boards of several international journals. He has served as Conference Chairman for several conferences including the ASME Micro/Nano Heat and Mass Transfer Conference, Hong Kong,

Keynote Lecture

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2014, and the International Symposium on Advances in Computational Heat Transfer, New Jersey, in 2015 and in Naples, Italy, 2017. He has presented many invited Keynote and Plenary lectures and has served on various panel discussions at international conferences. He is an Honorary Member of ASME, a Fellow of AAAS and APS, an Associate Fellow of AIAA and member of other professional societies.

ThermaComp2018

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Predictive aerothermal modelling in aeronautics

Venue : Main Hall | Date : 11th July 2018 | Time : 9:00 - 9:50 A.M

Paul G. Tucker

Paul G. Tucker (PGT) is the Rank Professor of Engineering at the University of Cambridge. Paul Tucker completed a Royal Society Industry Fellowship to support working at Rolls-Royce (40% of his time for 4 years). A key element of this Fellowship was developing a Large Eddy Simulation (LES) capability. He has written around 500 journal papers, conference papers,

and technical reports. The vast majority of his research has been in the area of turbulence. Paul has been a visiting researcher at NASA Langley and Boeing Commercial Airplanes, Seattle. He has recently written two books – see Tucker (2013,2016) - and a Royal Society Theme Issue (see Tucker and DeBonis (2014)). The latter largely explores the future use of LES in industry. Paul Tucker is an Associate Fellow of the AIAA. He is also an associate editor for the AIAA Journal – the world’s leading aerospace journal. He has been a guest Editor for Phil. Trans Royal Society three times. His most recent award was from the ASME, in 2013, for a best paper on turbomachinery LES work exploring complex transition mechanisms. He has extensive experience of high performance computing. Tucker P.G. (2013) Unsteady computational fluid dynamics in aeronautics, Springer, ISBN 978-94-007-7048-5.

Plenary Lecture

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Tucker P.G. & DeBonis J. (2014) Introduction: Aerodynamics, Computers and the Environment, Philosophical Transactions of the Royal Society (Series A: Mathematical, Physical and Engineering Sciences), Vol. 372, pp 1-5.

Tucker P. G. (2016) Advanced computational fluid and aerodynamics, Cambridge University Press.

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Level-Set Method for Multiphase FlowsVenue : Main Hall | Date : 11th July 2018 | Time : 10:20 - 11:00 A.M

John ChaiJohn Chai is currently a Professor at the University of Huddersfield, UK. He is an Editorial Board member of Computational Thermal Sciences, Associate Editor of the ASME Journal of Thermal Science and Engineering and Heat Transfer Engineering. He is an elected Fellow of ASME (American Society of Mechanical Engineers). Prior to UK, he held faculty positions in United Arab Emirates (UAE), Singapore and Tennessee, USA.

He received his B.S. (with First-Class Honors) in Mechanical Engineering from the University of Windsor, Canada and his M.S. in Mechanical Engineering from the University of Wisconsin-Milwaukee. In 1994 he graduated from the University of Minnesota with a Ph.D. in Mechanical Engineering where he worked under the supervision of Prof. Suhas V. Patankar.

He has published over 90 journal articles, over 100 conference articles and contributed a chapter to the second edition of the Handbook of Numerical Heat Transfer. According to Google Scholar, his works have been cited over 4000 times and his H-index is 28. He has worked on over US$5M in funded research projects in USA, Singapore and UAE.

His research interests are in the development of numerical techniques for complex multiphysics transport phenomena encountered in multi-phase flows and fluid-structure interactions. Applications include, but are not limited to, digital (droplet-based) microfluidics, wet chemical etching, renewable energy, asphaltene (cholesterol) depositions and numerical methods for oil and gas industry.

Keynote Lecture

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-9:0

0Th

erm

aCom

p 20

18 O

peni

ng

9:00

-9:5

0Pl

enar

y Le

ctur

e 1:

Pro

f. Yo

gend

ra Jo

shi,

Geo

rgia

Tech

, USA

Lect

ure

title

: Miti

gatin

g H

ot S

pots

in 2

D a

nd 3

D M

icro

syst

ems

Usi

ng L

iqui

d Co

olin

g Ve

nue:

Mai

n H

all

9:50

-10:

10Co

ffee

Brea

k

10:1

0-10

:50

Keyn

ote

Lect

ure

1: P

rof.

Sum

an C

hakr

abor

ty, I

IT K

hara

gpur

, Ind

iaLe

ctur

e tit

le: P

hase

Fie

ld M

odel

ling

and

CFD

Ven

ue: M

ain

Hal

l

Para

llel S

es-

sion

s10

:55-

12:4

0

Biol

ogic

al H

eat a

nd M

ass

Tran

sfer

Ven

ue: H

all A

Cond

uctio

n, C

onve

ctio

n an

d Ra

diat

ion

Venu

e: H

all B

Ener

gy C

onve

rsio

nVe

nue:

Hal

l C

Hig

h Pe

rfor

man

ce C

ompu

t-in

gVe

nue:

Mai

n H

all

10:5

5-11

:10

Mau

ro A

less

andr

oN

umer

ical

Inve

stig

atio

n of

Th

erm

o-Fl

uid

Dyn

amic

s in

Su

bjec

t-Sp

ecifi

c H

uman

Eye

s U

sing

the

Gen

eral

ize

Bk S

hara

thA

naly

tical

and

Exp

erim

enta

l Th

erm

al B

ehav

ior o

f an

AC-D

C Co

nver

tor w

ith N

atur

al C

on-

vect

ion

Das

h A

vina

shD

esig

n an

d an

alys

is o

f scr

oll

expa

nder

usi

ng N

s-D

s di

agra

m

Chak

rabo

rty

Arn

abN

umer

ical

Sim

ulat

ion

of

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ulen

t Flo

w o

ver a

Squ

are

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der u

sing

Par

tially

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r-ag

e N

aive

r-St

okes

11:1

0-11

:25

Moh

amed

Sal

ahud

din

A N

ovel

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ient

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nted

Nu-

mer

ical

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cedu

re fo

r Ocu

lar

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inag

e D

evic

es

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atra

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anN

umer

ical

Inve

stig

atio

n on

Air

Slot

Jet I

mpi

ngem

ent C

oolin

g O

ver A

Cyl

inde

r

Des

ai A

ksha

yO

ptim

izat

ion

of F

in V

olum

e fo

r Pc

m B

ased

Hea

t Sin

k

Bhin

gare

Sag

arN

umer

ical

Ana

lysi

s an

d O

ptim

izat

ion

of T

herm

o-H

y-dr

aulic

Per

form

ance

in T

ube

Prov

ided

with

Thi

n W

ire

Mon

day

9th

Ju

ly 2

018

ThermaComp2018

25

11:2

5-11

:40

Cocc

arel

li A

lber

toM

odel

ling

heat

tran

sfer

for

elde

rly p

eopl

e

Issa

c Jo

seph

Num

eric

al S

tudy

on

Slot

Jet I

m-

ping

emen

t Usi

ng O

penF

OA

M

And

Ans

ys F

luen

t

Rath

Pra

senj

itA

The

rmal

Mod

el fo

r Was

te

Hea

t Rec

over

y U

sing

PCM

and

N

EPCM

Chak

rabo

rty

Arn

abRe

ynol

ds A

vera

ge N

avie

r St

okes

(Ran

s) S

imul

atio

n of

Th

ree-

Dim

ensi

onal

Uns

tead

y Tu

rbul

ent C

hann

el F

low

11:4

0-11

:55

Chak

rabo

rty

Prod

yut

Perf

orm

ance

Eva

luat

ion

of

Late

nt H

eat B

ased

Coo

l Pac

k Co

nfigu

ratio

n fo

r The

rmal

Co

mfo

rt: A

Num

eric

al

Kaus

hik

Pras

adEff

ect o

f sw

irl d

evic

e on

the

heat

tran

sfer

cha

ract

eris

tics

in a

dec

ayin

g la

min

ar s

wirl

ing

flow

thro

ugh

a pi

pe

Sark

ar S

ubra

taAe

ro-T

herm

al A

naly

sis

of a

Co

mpr

esso

r Bla

de a

t Low

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n-ol

ds N

umbe

r Thr

ough

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Pagh

dar D

hava

lLa

rge

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y Si

mul

atio

n of

Co

unte

r Rot

atin

g Ta

ylor

- Cou

-et

te F

low

at H

igh

Reyn

olds

N

umbe

rs

11:5

5-12

:10

Paul

Abh

ijit P

aul

Inve

stig

atio

n of

Nan

opar

ticle

In

fuse

d Tu

mor

Nec

rosi

s Em

-be

ddin

g La

rge

Bloo

d Ve

ssel

s D

urin

g H

yper

ther

m

Kum

ar A

nuj

Num

eric

al s

tudy

of I

nclin

ed A

ir je

t im

ping

emen

t coo

ling

of a

cy

linde

r

Velid

i Gur

unad

hN

umer

ical

Stu

dies

usi

ng C

FD o

n Pu

lsed

Det

onat

ion

Tube

with

Sh

chel

kin

Spira

l blo

ckag

es fo

r di

ffere

nt A

ir-Fu

el M

ixtu

res

Dav

e H

iman

shu

LG

enes

is a

nd E

volu

tion

of P

re-

mix

ed F

lam

es in

Tur

bule

nce

12:1

0-12

:25

D A

rum

uga

Peru

mal

Num

eric

al S

imul

atio

n of

M

icro

gap

Bas

ed B

ioim

plan

ts

For T

reat

men

t of E

pile

psy

Sing

h Ch

andr

a Pr

atap

Inve

rse

Des

ign

of T

herm

al

Barr

ier C

oatin

gs fo

r IC

Engi

nes

App

licat

ions

Vano

li La

ura

Exer

gy p

erfo

rman

ce o

f a lo

w-

tech

Pho

tovo

ltaic

/The

rmal

(P

VT) c

olle

ctor

with

and

with

-ou

t the

rmal

insu

latio

n

Kalb

hor A

bhiji

tH

ydro

gen

Jet A

utoi

gniti

on In

A

Co-

Flow

and

In A

Wak

e of

H

eate

d A

ir

12:2

5-12

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Kann

ojiy

a Vi

kas

Ass

essm

ent o

f Sui

tabi

lity

for H

emod

ynam

ic L

evita

ted

Cent

rifug

al P

ump

As

Left

Ve

ntric

ular

Ass

ist D

evic

e

Raks

hit D

ibak

arCo

mpu

tatio

nal s

tudy

on

ori-

enta

tion

base

d th

erm

al lo

ad

beha

vior

of a

bui

ldin

g in

com

-po

site

clim

atic

zon

e

Roy

Dib

yend

uTh

erm

odyn

amic

ana

lysi

s of

a

biom

ass

base

d so

lid o

xide

fuel

ce

ll (S

OFC

) int

egra

ted

com

-bi

ned

heat

and

pow

er s

yste

m

Vaka

Ana

nda

Nov

el In

vers

e H

eat T

rans

fer

Tech

niqu

es fo

r Est

imat

ion

of U

nkno

wn

Furn

ace

Mou

ld

Hea

t Flu

x

12:4

0-13

:40

Lunc

h

ThermaComp2018

26

13:4

0-14

:20

Keyn

ote

Lect

ure

2: P

rof.

Vina

yak

Esw

aran

, IIT

Hyd

erab

ad, I

ndia

Lect

ure

title

: Cha

lleng

es in

com

puta

tion

of li

quid

-met

al M

HD

flow

and

hea

t tra

nsfe

r und

er s

tron

g

mag

netic

fiel

ds in

com

plex

geo

met

ries

Venu

e: M

ain

Hal

l

Para

llel

Sess

ions

14:2

0-16

:05

Biol

ogic

al H

eat a

nd M

ass

Tran

sfer

; Che

mic

al

proc

esse

s an

d he

at

tran

sfer

Ven

ue: H

all A

Cond

uctio

n, C

onve

ctio

n

and

Radi

atio

nVe

nue:

Hal

l B

Ener

gy C

onve

rsio

n an

d Po

wer

Pl

ants

and

equ

ipm

ent

Venu

e: H

all C

Hig

h pe

rfor

man

ce

Com

putin

g; N

umer

ical

M

etho

dsVe

nue:

Mai

n H

all

14:2

0-14

:35

M S

akth

ivel

An

Axi

sym

met

ric C

ompa

ct

Fini

te D

iffer

ence

Lat

tice

Boltz

man

n M

etho

d fo

r Blo

od

Flow

Sim

ulat

ions

Jang

ale

Praj

esh

Com

puta

tiona

l Ana

lysi

s of

So

lar H

umid

ifier

Gar

ud K

unal

Pred

ictio

n of

The

rmal

Ch

arac

teris

tics

of D

PSA

H b

y U

sing

Art

ifici

al N

eura

l Net

wor

k (A

NN

) and

Val

idat

e

Sark

ar S

ubra

taEx

cita

tion

of A

Lam

inar

Se

para

tion

Bubb

le a

nd H

eat

Tran

sfer

Cha

ract

eris

tics:

A

Larg

e-Ed

dy S

imul

atio

n

14:3

5-14

:50

Khat

oon

Sufia

Effec

t of P

ulsa

tility

On

Bloo

d Fl

ow in

A C

onst

ricte

d Ch

anne

l

Baba

li Ba

lesh

Num

eric

al In

vest

igat

ions

of

Conj

ugat

e N

atur

al C

onve

ctio

n in

A S

quar

e Ca

vity

Fill

ed w

ith

Nan

o Fl

uid

with

Tem

pera

ture

Va

riatio

ns o

n H

oriz

onta

l Wal

ls

Sasi

dhar

an S

ayuj

Num

eric

al A

naly

sis

of

Pres

suriz

ed C

avity

-Air-

Rece

iver

in

Con

cent

ratin

g So

lar P

ower

Sy

stem

Kum

ar R

akes

hN

umer

ical

inve

stig

atio

n fo

r co

nvec

tive

base

d tr

ansi

ent

heat

flux

mea

sure

men

t with

CN

T ba

sed

coax

ial

14:5

0-15

:05

Chen

Bin

Theo

retic

al In

vest

igat

ion

of L

aser

Tre

atm

ent o

f Ota

’s N

evus

with

Ext

erna

l Ski

n Co

olin

g

Batc

hu S

ures

hIn

vest

igat

ion

for t

he

Impr

ovem

ent o

f Film

Coo

ling

Effec

tiven

ess

on a

Hig

h-Pr

essu

re T

urbi

ne a

erof

oil

Sodh

i Gur

pree

t Sin

ghEff

ect o

f ecc

entr

icity

on

the

char

ging

of a

mul

ti tu

be L

aten

t H

eat S

tora

ge S

yste

m

Shar

ma

Man

ish

Num

eric

al in

vest

igat

ion

of

the

effec

t of c

urva

ture

on

the

flow

in a

n in

term

edia

te

com

pres

sor d

uct

15:0

5-15

:20

Nar

asim

han

Aru

nnEff

ect o

f Por

ous

Med

ia o

n H

aem

odyn

amic

Per

form

ance

of

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Fon

tan

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ectio

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Han

sda

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rat

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ble

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ixed

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nvec

tion

in a

Par

tially

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eate

d Sq

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ity w

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us W

all S

peed

Rat

ios

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e Ki

ran

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kN

ovel

App

roac

h fo

r Pre

dict

ing

the

Perf

orm

ance

of T

he

Evac

uate

d U

– T

ube

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r Co

llect

or In

tegr

ated

with

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rabo

lic R

eflec

tor

Raj M

ihir

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rnat

ive

Mat

hem

atic

al

Proc

edur

es to

Sol

ve

Chem

ical

Equ

ilibr

ium

Pr

oble

m

ThermaComp2018

27

15:2

0-15

:35

Nar

asim

han

Aru

nnPo

rous

Med

ium

Mod

elin

g of

G

esta

tiona

l Age

Dep

ende

nt

Feta

l Dru

g Ex

posu

re

Gar

ud K

unal

Estim

atio

n of

Tem

pera

ture

D

istr

ibut

ion

in A

nnul

ar F

ins

of

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erbo

lic P

rofil

e by

Pow

er

Serie

s M

etho

d

Khiv

sara

Sag

arCo

mpu

tatio

nal M

odel

ing

of a

H

igh

Tem

pera

ture

Bla

ded

Sola

r Re

ceiv

er w

ith A

ir as

The

Hea

t Tr

ansf

er F

luid

Moh

amm

ed Je

sna

Num

eric

al C

ompa

rison

of

Chill

dow

n Th

roug

h St

raig

ht

and

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ical

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ogen

ic

Tran

sfer

Lin

es

15:3

5-15

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P S

Vish

wes

hwar

aCo

mpu

tatio

n of

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or M

odel

fo

r The

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rse

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eat

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sfer

Pro

blem

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ak S

anto

sh K

umar

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elin

g an

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ptim

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of C

ontr

ollin

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ram

eter

s fo

r N

anofl

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ltra-

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olin

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ow A

naly

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ow in

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G

as T

urbi

ne In

ject

ors

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min

o G

enna

roRe

cove

ry o

f Fre

ezin

g Pr

obes

fo

r The

Exp

loita

tion

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Geo

ther

mal

Ene

rgy

in U

rban

En

viro

nmen

t: A

Num

eric

al

Ana

lysi

s

15:5

0-16

:05

Vinc

ent A

nton

y A

roul

Raj

Usi

ng C

ompu

tatio

nal F

luid

D

ynam

ics

for o

ptim

izin

g va

rious

con

figur

atio

n of

tray

drie

rs

Mal

i Mah

esh

CFD

Stu

dy o

f Pro

pelle

r Bla

de

Tem

pera

ture

for P

ushe

r Co

nfigu

red

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o-Pr

op E

ngin

e

Nar

ayan

an D

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kAe

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ic B

ehav

ior o

f a

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nic

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pres

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ade

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plet

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an A

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ect o

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all C

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hang

er

16:0

5-16

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Coffe

e Br

eak

Para

llel

Sess

ions

16:1

5-17

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Chem

ical

pro

cess

es a

nd h

eat

tran

sfer

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ctiv

e H

eat a

nd

mas

s tr

ansp

ort

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e: H

all A

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uctio

n, C

onve

ctio

n an

d Ra

diat

ion

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e: H

all B

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er P

lant

s an

d eq

uipm

ent;

Refr

iger

atio

n an

d A

ir-Co

nditi

onin

gVe

nue:

Hal

l C

Num

eric

al M

etho

dsVe

nue:

Mai

n H

all

ThermaComp2018

28

16:1

5-16

:30

Bhat

tach

aryy

a Su

vanj

anN

umer

ical

Sim

ulat

ion

of

Flow

and

Hea

t Tra

nsfe

r A

roun

d El

liptic

al C

ylin

der

with

Var

ying

Inle

t Tur

bule

nce

Gar

g Ka

pil

Ther

mal

Per

form

ance

of D

irect

A

bsor

ptio

n So

lar C

olle

ctor

Ba

sed

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le S

tage

Fla

shin

g D

esal

inat

ion

Syst

em

Chau

dhar

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nuj

Stud

y an

d Th

erm

al H

ydra

ulic

A

naly

sis

for S

team

Gen

erat

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er P

ipe

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k fo

r Kkn

pp

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ng C

ompu

ter C

ode

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p-5/

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3.2

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j Aru

nPr

edic

tion

of M

eltin

g an

d So

lidifi

catio

n Ch

arac

teris

tics

of M

acro

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apsu

late

d PC

M

Caps

ules

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ng O

penF

OA

M

16:3

0-16

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Chak

rabo

rty

Deb

asis

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ards

mod

elin

g of

co

mbu

stio

n dy

nam

ics

in

solid

rock

et m

otor

s

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San

tosh

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shm

iAe

ro T

herm

al A

naly

sis

of W

ing

Lead

ing

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of R

e-U

sabl

e La

unch

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icle

Hos

sain

Md

Nai

mTh

erm

al M

odel

ing

of N

atur

al

Circ

ulat

ing

Rise

r-D

own

com

er

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uit f

or S

team

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erat

ion

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ote

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hil

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stig

atio

n of

All-

Spee

d SL

AU S

chem

e in

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hly

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mpr

essi

ble

Lim

it

16:4

5-17

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Bhat

tach

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Ani

rban

Effec

t of l

aser

sca

n sp

eed

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mel

t poo

l evo

lutio

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ring

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eltin

g

Shen

de S

hrey

akN

umer

ical

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t Tra

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r A

naly

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pher

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ple

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an P

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mul

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ic A

naly

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s in

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erbu

rner

17:0

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Bagc

hi S

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biliz

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rmo-

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avy

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Sark

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icha

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ified

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29

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enar

y Le

ctur

e 2:

Pro

f. G

auta

m B

isw

as, D

irect

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le: B

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ynam

ics

in V

ario

us R

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es o

f Boi

ling

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e: M

ain

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l

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ffee

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k

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ote

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ure

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rof.

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n, S

wan

sea

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vers

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ctur

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le: M

odel

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nsfe

r in

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ed A

dditi

ve M

anuf

actu

ring

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e: M

ain

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l

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sion

s11

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12:4

5

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mas

s tr

ansf

er in

po

rous

med

ia; R

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ive

heat

an

d m

ass

tran

spor

tVe

nue:

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l A

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uctio

n, C

onve

ctio

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d Ra

diat

ion

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e: H

all B

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led

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lem

sVe

nue:

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l CN

umer

ical

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hods

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e: M

ain

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l

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De

Ash

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rid R

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ns

of T

he A

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r Usi

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vest

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on C

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ects

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icro

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hnat

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and

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lysi

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sual

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tern

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side

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f Tur

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11:1

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Bhid

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essm

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mix

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el U

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cret

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olve

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me

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senj

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ulti-

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odel

of S

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olid

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urry

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ope

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essi

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f Mel

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l

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ar M

anoj

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arD

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n an

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mer

ical

ana

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f flui

d flo

w c

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cter

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tics

in a

non

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met

ric

conv

erge

nt n

ozzl

e

11:3

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Gou

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nkar

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icit

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te D

iffer

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d fo

r MH

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low

of

a M

icro

pola

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ast A

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et w

ith H

eat

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sfer

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palli

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mul

atio

n of

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bule

nt N

atur

al

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ectio

n in

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ular

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ity

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ng A

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h-O

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pact

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nite

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ce

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dos

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rej

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t tra

nsfe

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lysi

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r GD

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velo

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avEn

ergy

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a

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ype

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atin

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rnac

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ith C

oal B

urne

rs

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ng N

umer

ical

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el

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esd

ay 1

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ly 2

018

ThermaComp2018

30

11:4

5-12

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Di F

raia

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ona

Mod

ellin

g El

ectr

o-O

smot

ic

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ous

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ia

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man

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anoj

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elin

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r Th

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al M

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t of H

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aces

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ed o

n St

ate

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t Tra

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f a R

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l Hea

t Sin

k U

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pen

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dal J

adav

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trat

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to c

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num

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stab

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s in

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ann

solv

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12:0

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ande

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ogh

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odel

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ropl

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com

puta

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Chor

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atur

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xper

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mal

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ies

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ch F

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spec

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eous

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and

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ultis

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the

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agne

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ield

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Keyn

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rof.

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ctur

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olut

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of In

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oble

ms

for T

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and

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tem

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nue:

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n H

all

14:2

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Hea

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mas

s tr

ansf

er in

po

rous

med

ia; R

eact

ive

heat

an

d m

ass

tran

spor

tVe

nue:

Hal

l A

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uctio

n, C

onve

ctio

n an

d Ra

diat

ion

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e: H

all B

Coup

led

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lem

sVe

nue:

Hal

l CN

umer

ical

Met

hods

Venu

e: M

ain

Hal

l

ThermaComp2018

31

14:2

5-14

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Kara

gadd

e Sh

yam

pras

adA

Mod

ified

Mus

hy Z

one

Per-

mea

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odel

for P

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hra

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ish

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puta

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ellin

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al a

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w P

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nom

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of A

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sing

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ric

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naly

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of L

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nerg

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form

ance

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h

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tri-

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of P

isto

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14:4

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Sath

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Ther

mal

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agem

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f Ph

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puta

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ixed

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inar

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et Je

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natu

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ste

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of

non-

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s

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amon

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ena

Num

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tudi

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ti-pl

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rray

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ng-

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on A

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t Pla

te

14:5

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Raju

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hin

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eter

min

atio

n of

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mer

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stig

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n

Shar

ma

Shub

ham

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eric

al in

vest

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ion

of n

at-

ural

con

vect

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heat

tran

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fr

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hea

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horiz

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of B

ulk

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ater

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mu

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Shah

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mat

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ric

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ipe

for

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lm C

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ffect

of A

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15:2

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Kash

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are

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iffer

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rav

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n A

n Im

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ThermaComp2018

32

15:3

5-15

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Banj

ara

Kotr

esha

Pred

ictio

n of

Hea

t Tra

nsfe

r w

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ete

Hea

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in

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illed

w

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) Pr

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15:5

0-16

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Rash

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halid

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ajne

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r Vap

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Coffe

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17:4

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t and

mas

s tr

ansf

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and

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llsVe

nue:

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l A

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diat

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ir-Co

ndi-

tioni

ngVe

nue:

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l B

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iger

atio

n an

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ditio

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g; B

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satio

nVe

nue:

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l C

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eric

al M

etho

ds; B

oilin

g an

d Co

nden

satio

nVe

nue:

Mai

n H

all

16:1

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Fush

inob

u Ka

zuyo

shi

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gen

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spor

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ular

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ynam

ics

Sim

ulat

ion

Dev

araj

Dee

pa D

Influ

ence

of N

ano-

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on C

ar-

bide

and

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min

a Re

info

rced

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lum

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Fin

s fo

r Nat

ural

Con

-ve

ctiv

e H

eat T

rans

fer

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agar

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jaat

huss

ian

Opt

imiz

atio

n of

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tilat

ion

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em b

y Ac

tive

Dis

plac

emen

t Ve

ntila

tion

Usi

ng C

FD

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ate

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heel

Asy

mpt

otic

App

roac

h to

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btai

n N

usse

lt N

umbe

r Cor

-re

latio

n fo

r Lam

inar

Mix

ed

Conv

ectio

n in

A V

ertic

al

16:3

0-16

:45

Gan

dlur

u Sr

eede

viCo

nvec

tive

Hea

t Tra

nsfe

r of

a N

anofl

uid

Ove

r a S

tret

ch-

ing

Shee

t with

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iabl

e Vi

s-co

sity

and

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l Effe

ct

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rjee

Aya

n Ku

mar

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rimen

tal S

tudy

of R

otat

ing

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ectio

n in

A N

ovel

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fig-

urat

ion

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i Gur

unad

hH

eatin

g Ve

ntila

tion

and

Air-

Con-

ditio

ning

Ana

lysi

s of

a H

ospi

tal

and

Sim

ulat

ion

of a

n A

ir-co

ndi-

tione

d ro

om

Gho

sh M

oulic

San

dipa

nA

n Effi

cien

t Alg

orith

m fo

r St

abili

ty A

naly

sis

of T

ime-

Pe-

riodi

c Fl

ows

ThermaComp2018

33

16:4

5-17

:00

Som

anch

i Kri

shna

Mur

thy

VSS

NV

GN

umer

ical

stu

dy o

f ent

ropy

ge

nera

tion

in a

dou

bly

stra

t-ifi

ed fl

uid

satu

rate

d D

arcy

po

rous

enc

losu

re

R Yu

vara

jFi

nite

Ele

men

t Ana

lysi

s of

The

r-m

al W

ave

Prop

agat

ion

in T

hin

Laye

rs

Gos

ukon

da B

hava

nisa

nkar

A C

ritic

al R

evie

w o

f Con

den-

satio

nH

eat T

rans

fer C

oeffi

cien

tCo

rrel

atio

ns

Sing

h Ri

tura

jA

New

Inte

rpol

atin

g M

ls In

M

lpg

Met

hod

for H

eat C

on-

duct

ion

Prob

lem

17:0

0-17

:15

Raja

gopa

l Dee

pakk

umar

Effec

t of C

ontr

ol P

late

s on

Th

e Fl

ow a

nd C

onve

ctiv

e H

eat T

rans

fer C

hara

cter

is-

tics

of F

low

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t A C

ircul

ar

Cylin

der

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ar S

andi

pN

umer

ical

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lysi

s of

Ele

ctro

de

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ing

in A

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elm

akin

g La

dle

Furn

ace

Thee

da S

uman

thN

umer

ical

Ana

lysi

s of

Crit

ical

H

eat fl

ux d

urin

g su

bcoo

led

boil-

ing

for a

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tical

ly D

ownw

ard

flow

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topa

dhya

y A

nirb

anA

four

th o

rder

com

pact

AD

I sc

hem

e fo

r N-S

equ

atio

ns

on n

on-u

nifo

rm g

rids.

17:1

5-17

:30

Man

grul

kar C

hida

nand

Ther

mal

Per

form

ance

In-

tens

ifica

tion

of C

am S

hape

d Tu

bes

in S

tagg

ered

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out

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aran

a M

anoj

Kum

arCF

D A

naly

sis

of C

omm

on

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der

Puls

atin

g H

eat P

ipe

17:3

0-17

:45

Sona

wan

e Ch

andr

akan

tN

umer

ical

Sim

ulat

ion

of

Flow

Thr

ough

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ical

Hea

t Ex

chan

ger

18:0

0 –

19:0

0Cu

ltura

l Pro

gram

Venu

e: M

ain

Hal

l

19:3

0 –

21:3

0Co

nfer

ence

Din

ner

ThermaComp2018

34

9:00

-9:5

0Pl

enar

y Le

ctur

e 3:

Pro

f. Pa

ul G

. Tuc

ker,

Uni

vers

ity o

f Cam

brid

ge, U

KLe

ctur

e tit

le: P

redi

ctiv

e ae

roth

erm

al m

odel

ling

in a

eron

autic

sVe

nue:

Mai

n H

all

9:50

-10:

20Co

ffee

Brea

k

10:2

0-11

:00

Keyn

ote

Lect

ure

5: P

rof.

John

Cha

i, U

nive

rsity

of H

udde

rsfie

ld, U

KLe

ctur

e tit

le: L

evel

-Set

Met

hod

for M

ultip

hase

Flo

ws

Venu

e: M

ain

Hal

l

Para

llel S

es-

sion

s11

:00-

12:4

5

Hea

t exc

hang

er a

nd fu

el

cells

;M

icro

-and

-nan

o he

at tr

ans-

port

Venu

e: H

all A

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uctio

n, C

onve

ctio

n an

d Ra

diat

ion

Venu

e: H

all B

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uctio

n, c

onve

ctio

n an

d ra

diat

ion;

Num

eric

al M

etho

ds;

Hig

h Pe

rfor

man

ce C

ompu

ting

Venu

e: H

all C

Coup

led

Prob

lem

sVe

nue:

Mai

n H

all

11:0

0-11

:15

Gug

ulot

hu R

avi

Num

eric

al In

vest

igat

ion

on H

eat T

rans

fer o

f Hel

ical

Ba

ffles

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ll an

d Tu

be H

eat

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ange

r

M V

ishn

uN

umer

ical

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ulat

ion

of D

ou-

ble

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ard-

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ng S

tep

with

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bsta

cles

of D

iffer

ent A

spec

t Ra

tio

Kum

ar S

anje

evN

umer

ical

Stu

dy to

Inve

stig

ate

Flow

Mal

dist

ribut

ion

in M

ini

chan

nel H

eat S

ink

with

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ified

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let/

Out

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deka

r Sam

eer

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t Tra

nsfe

r Aug

men

tatio

n in

Fer

roflu

ids

In P

rese

nce

of

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rnal

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netic

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lds

11:1

5-11

:30

Chod

anka

r Vis

hnud

as

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s Vip

ulEff

ect o

f Pre

ssur

e lo

ss o

n th

e th

erm

al p

erfo

rman

ce o

f a

thre

e-flu

id h

eat e

xcha

nger

, fo

r cry

ogen

ic a

pplic

atio

n

Agg

arw

al A

kash

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eric

al M

odel

ling

of H

eat

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sfer

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ing

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ti-La

yer L

a-se

r Met

al D

epos

ition

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cess

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ta S

umit

Num

eric

al S

tudy

of M

agne

tohy

-dr

odyn

amic

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ee D

imen

sion

al

Flow

s an

d H

eat T

rans

fer o

f Old

-ro

yd-B

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oflui

d O

ver A

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irec-

tiona

l Str

etch

ing

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ace

Kh

ande

kar S

amee

rN

umer

ical

inve

stig

atio

n of

he

at tr

ansf

er a

ugm

enta

tion

usin

g re

ctan

gula

r win

glet

ty

pe v

orte

x ge

nera

tors

Wed

nes

day

11th

Ju

ly 2

018

ThermaComp2018

35

11:3

0-11

:45

Ram

iset

ty B

ala

Sund

ar R

aoH

eat T

rans

fer a

nd P

res-

sure

Dro

p Co

rrel

atio

ns o

f Re

ctan

gula

r Per

fora

ted

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ace

of a

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pact

Hea

t Ex

chan

ger

Salv

i Sw

apni

lN

umer

ical

Mod

ellin

g of

The

r-m

al E

nerg

y St

orag

e U

sing

Ph

ase

Chan

ge M

ater

ials

: Ene

rgy

Effici

ent B

uild

ing

Gar

g H

eman

shul

A S

harp

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rfac

e Im

mer

sed

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dary

bas

ed S

olve

r for

Co

njug

ate

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t Tra

nsfe

r with

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ovin

g Bo

unda

ry

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wak

arm

a A

ntri

ksha

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trot

herm

ally

Act

uate

d N

on-N

ewto

nian

Bin

ary

Flui

d Fl

ow T

hrou

gh M

icro

chan

nel

11:4

5-12

:00

Sara

ngi R

adha

Kan

taM

odel

ing

of B

oilin

g H

eat

Tran

sfer

in M

icro

chan

nel f

or

Non

unifo

rm H

eat I

nput

Ghu

lam

Jila

niEff

ect o

f var

iabl

e th

erm

al

cond

uctiv

ity o

n he

at tr

ansf

er

char

acte

ristic

s of

a n

ucle

ar fu

el

elem

ent

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amm

ad A

nas

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te D

iffer

ence

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roac

h fo

r The

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vect

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and

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amo

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lem

in A

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atin

g Sp

heric

al S

hell

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gadd

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yam

pras

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naly

sis

and

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imiz

a-tio

n of

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ason

ic T

reat

-m

ent o

f Mg

Allo

y M

elt

12:0

0-12

:15

Kum

ar S

umit

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tabi

lity

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ulat

ed E

vap-

orat

ion

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amic

s of

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sile

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quid

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plet

s

Jose

ph Je

swin

Flow

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nsie

nts

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ing

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eO

pera

tion

in C

ryog

enic

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d Sy

stem

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l Rus

habh

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paris

on o

f Var

ious

The

r-m

ophy

sica

l Pro

pert

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odel

s of

W

ater

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o3 N

anofl

uids

Sing

h Pu

nit

Coup

led

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d Fl

ow, H

eat

and

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s Tra

nsfe

r Mod

ellin

g D

urin

g Co

nvec

tive

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ing

of P

otat

o

12:1

5-12

:30

Kaus

hik

Pras

adH

eat t

rans

fer c

hara

cter

is-

tics

of a

vis

coel

astic

flui

d sq

ueez

ed a

nd e

xtru

ded

be-

twee

n tw

o pa

ralle

l pla

tes

Mah

itka

r Jay

esh

Num

eric

al in

vest

igat

ion

for a

m-

mon

ia b

ased

axi

al g

roov

ed h

eat

pipe

for s

pace

app

licat

ion

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akar

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anta

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rmon

ic A

ppro

ach

for S

olv-

ing

Nav

ier-

Stok

es E

quat

ions

on

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unifo

rm G

rids.

Sing

h A

nkit

Ther

mo-

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ctur

al A

naly

sis

of T

wo-

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nel S

imul

tane

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s D

efor

mat

ion

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Phw

r U

nder

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t up

12:3

0-12

:45

Gos

wam

i Kri

shno

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Mix

ed c

onve

ctio

n in

a n

ano-

fluid

fille

d do

uble

lid

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en

poro

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nclo

sure

with

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-cr

ete

heat

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arat

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penF

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imul

atio

n on

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bble

Dyn

amic

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ee L

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rfac

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llaps

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to B

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ired

di S

owja

nya

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t Tra

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r in

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ing

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el D

urin

g Pl

anar

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w M

elt

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ning

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cess

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napp

an A

runk

umar

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y on

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cts

of P

arti-

cle

Shap

e in

Fre

e M

olec

ular

Re

gim

e

12:4

5 - 1

3:45

LUN

CH

ThermaComp2018

36

13:4

5-14

:25

Pres

enta

tions

by

exhi

bito

rVe

nue:

Mai

n H

al

Para

llel

Sess

ions

14:2

5-16

:20

Mic

ro-a

nd-n

ano

heat

tran

s-po

rtVe

nue:

Hal

l A

Mic

ro a

nd n

ano

heat

tr

ansp

ort;

Coup

led

Prob

lem

sVe

nue:

Hal

l B

Num

eric

al M

etho

dsVe

nue:

Hal

l C

Mic

ro-a

nd-N

ano

Hea

t Tra

ns-

port

; Boi

ling

and

Co

nden

satio

n Ve

nue:

Mai

n H

all

14:2

5-14

:40

Sing

h Sw

ati

Sim

ulat

ion

of C

onju

gate

H

eat T

rans

fer f

rom

a C

ontin

-uo

usly

Mov

ing

Hor

izon

tal

Plat

e to

Nan

oflui

d

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ala

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Ther

mal

and

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ocity

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ndar

y La

yer S

tudi

es in

Hyp

erso

nic

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Ove

r A F

inite

Thi

ckne

ss o

f Fl

at P

late

Man

dal J

adav

Cha

ndra

A C

onta

ct C

aptu

ring

Fini

te V

ol-

ume

Met

hod

for I

ncom

pres

sibl

e Tw

o-Ph

ase

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s

Aro

ra A

shis

hCo

olin

g pe

rfor

man

ce a

nal-

ysis

of l

oop

heat

pip

e us

ing

nano

fluid

14:4

0-14

:55

Gho

shda

stid

ar P

arth

a Sa

rath

iA

Num

eric

al In

vest

igat

ion

of

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t Tra

nsfe

r Enh

ance

men

t in

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oflui

ds F

low

in a

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al-

lel P

late

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nnel

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okym

ov D

myt

roG

ener

aliz

ed O

nsag

er’s

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-tio

n Sy

stem

as

mat

hem

atic

al

Mod

el o

f Hea

t and

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s Tra

ns-

fer i

n M

icro

grav

ity

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hava

n Ji

thin

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tiple

Tim

e Sc

ale

App

roac

h fo

r Hig

h Pr

andt

l Num

bers

in L

at-

tice

Boltz

man

n M

etho

d

Jadh

av R

avi

Pres

sure

-driv

en P

lane

Poi

-se

uille

Flo

w b

y O

nsag

er-B

ur-

nett

Equ

atio

ns

14:5

5-15

:10

Gai

kwad

Vin

ayak

Enha

ncem

ent i

n th

erm

al

perf

orm

ance

of m

icro

chan

-ne

l hea

t sin

k fo

r ele

ctro

nics

co

olin

g us

ing

phas

e ch

anne

l

Raje

gow

da R

akes

hM

olec

ular

Dyn

amic

s Si

mul

a-tio

ns fo

r Est

imat

ing

Surf

ace

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ion

of Io

nic

Liqu

id N

a-no

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ps

Kum

ar N

itin

A N

umer

ical

Fra

mew

ork

for L

in-

ear S

tabi

lity

Ana

lysi

s of

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o-D

i-m

ensi

onal

Ste

ady

Flow

s

Saha

San

dip

KN

umer

ical

ana

lysi

s of

hea

t tr

ansf

er e

nhan

cem

ent i

n m

i-cr

ocha

nnel

with

bio

insp

ired

surf

ace

15:1

0-15

:25

Kam

mar

ra K

isho

reSt

udy

of A

tom

ic In

tera

ctio

ns

in th

e O

xida

tion

of S

ilico

n Ca

rbid

e us

ing

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ecul

ar D

y-na

mic

s Si

mul

atio

n

Moh

aran

a M

anoj

Kum

arN

umer

ical

Stu

dy o

f Flu

id F

low

an

d H

eat T

rans

fer i

n Co

m-

poun

d M

icro

chan

nel

G P

rasa

dN

umer

ical

Inve

stig

atio

n of

Bo

unda

ry L

ayer

Effe

ct in

A F

low

Th

roug

h A

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ular

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e

Babu

Jeet

uM

olec

ular

Dyn

amic

s St

udy

of

Flui

d So

lid In

terf

acia

l Slip

and

Its

Effe

ct o

n H

eat T

rans

fer

ThermaComp2018

37

15:2

5-15

:50

Gai

kwad

Vin

ayak

Num

eric

al A

naly

sis

of T

her-

mal

Per

form

ance

in P

in-F

in

Enha

nced

Mic

roch

anne

l H

eat S

ink

Moh

an H

ari

Hea

t Tra

nsfe

r of G

aseo

us F

low

Th

roug

h M

icro

Ann

ulus

in S

lip

Regi

me

Pati

l Dhi

raj

Dou

ble

Dis

trib

utio

n Fu

nctio

ns

Mrt

-Lat

tice

Boltz

man

n Sc

hem

e fo

r The

rmal

Ben

chm

ark

Flow

s

Pune

kar H

eman

tCo

mpa

rison

of C

FD Im

ple-

men

tatio

nO

f Em

piric

al C

orre

latio

ns F

orSu

bcoo

led

Nuc

leat

e Bo

iling

15:5

0-16

:05

Croc

e G

iulio

Poro

us M

edia

Mod

elin

g of

Co

mpr

essi

ble

Flow

in M

icro

H

eat E

xcha

nger

s

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asan

e A

bhim

anyu

Stud

y of

Hea

t Tra

nsfe

r in

Mic

ro-

chan

nels

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ng D

irect

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ula-

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te C

arlo

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hod

Sing

h Ri

tura

jA

New

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rpol

atin

g M

ls In

Mlp

g M

etho

d fo

r Hea

t Con

duct

ion

Prob

lem

Abd

ulla

h Sh

ekh

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Pas

sage

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ign

for

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mal

man

agem

ent o

f Li-

ion

batt

ery

16:0

5-16

:20

Non

ino

Carl

oW

all H

eat C

ondu

ctio

n Eff

ects

on

The

Conj

ugat

e La

min

ar F

orce

d Co

nvec

tion

in C

ircul

ar M

icro

chan

nels

Saha

Avi

kN

umer

ical

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lysi

s of

Nuk

i-ya

ma’s

Expe

rimen

t Aro

und

A T

hin

Wire

Deb

nath

Sum

anN

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Cultural Programme

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Venue : J.N. Tata AuditoriumDate : 10th July 2018 | Time : 6 PM

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Jayanthi Eshwarputhi is an amalgamation of talent, passion and charm. A purist in practice and experimentalist in creative thought, Jayanthi has successfully carved a niche for herself as an established and acclaimed Kathak dancer of the renowned Lucknow Gharana. Jayanthi was trained by Padma Bhushan Smt. Kumudini Lakhiya at Nrityagram. After years of fortification of her form, Jayanthi’s aspiration to learn from the Grand Master of Kathak- Padma Vibhushan Pt. Birju Maharaj, was realised. She is also a well known Bharatnatyam dancer, having been trained under stalwarts of the art. Jayanthi is one amongst the 11 achievers to be awarded by the prestigious APJ Abdul Kalam Foundation as an “Inspired Indian” in 2017 for her contribution in the field of dance. The title “Natya Mayuri” has been conferred upon her by the Aryabhatta Cultural Association. Also, she has won the title, Karnataka Yuvak Biradari. She is an empanelled artiste of the ICCR. One can observe that in her performance, Jayanthi balances grace with gusto, movement with stability and tradition with innovation. She has numerous successful performances to her credit and has toured extensively and collaborated with artistes globally to bring out trailblazing productions. She has many workshops and lecture demonstrations to her credit. Today, Jayanthi is not only a sought after artiste, but also a teacher par excellence. She trains youngsters and adults in Kathak and Bharatnatyam primarily at the Indian Institute of Science. List of performances:

Performances in India: Ananya, Bharatiya Vidya Bhavan, Wipro, IIM, IISc, etc. in Bangalore; Sri Krishna Gana Sabha in Chennai; Raajaangana in Udupi; Vedic National Seminar in Kerala Performances abroad: Norway, Denmark, U.K., U.S., South Korea and China

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ThermaComp2018 Sponsors

Diamond SponsorScience and Engineering Research Board, Government of India

Gold Sponsor

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Silver Sponsors

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Centenary Visitors House to JN Tata Auditorium in

National Science Seminar Complex

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IISc Main Guest House to JN Tata Auditorium in

National Science Seminar Complex