Turbulence, Heat and Mass Transfer

9th International SymposiumRio de Janeiro, RJ, Brazil

July, 10-13, 2018

This conference series, initiated by the Joint ICHMT/IUTAM Sympo-sium on Structure of Turbulence, Heat and Mass Transfer (Dubrovnik, 1982) and revived in 1994, has evolved into a regular ICHMT triennial event, held earlier in Lisbon (Portugal, 1994), Delft (the Netherlands, 1997), Nagoya (Japan, 2000), Antalya (Turkey, 2003), Dubrovnik (Croa-tia, 2006), Rome (Italy, 2009), Palermo (Italy, 2012) and Sarajevo (Bosnia and Herzegovina, 2015). The Symposium aims at providing a forum for scientists and engineers from industries and academia for presenting the state-of-the-art, recent advances and future prospects in the research and applications of turbulence related heat and mass transfer. Major top-ics and new trends and challenges are introduced through keynote and special lectures given by internationally recognized experts.

The broad spectrum of topics covered in the symposium is reflected in the varied content of this program. Novel experimental techniques and powerful computing hardware are unveiling ever new prospects for gaining deeper insight into turbulence structure, its interactions and effects on heat and mass transfer, as well as for resolving many durable problems and challenges. The large number of contributions to the sym-posium is the best indicator of the continuous and vigorous worldwide research activity in this field. The contributions are divided through the following subjects: (1) Fundamentals, (2) DNS/LES Studies, (3) RANS Methods, (4) Combined RANS/LES Studies, (5) Turbulence and Buoyancy, (6) Turbulence in Non-Newtonian Fluids, (7) Impingement, Separation, Swirl and Rotation, (8) Sprays, Bubbles and Droplets, (9) Particle-Laden Flows, (10) Combustion and Reacting Flows, (11) Envi-ronmental and Geophysical Flows, (12) Flow and Heat Transfer Control, (13) Industrial Applications, (14) Energy and Power, (15) Heat Exchang-ers and Reactors.

In all, there are 7 keynotes, 1 special lecture and 126 contributing pa-pers. The latter were selected from over 170 extended abstracts, based on reviews by the members of the Scientific Advisory Committee and Orga-nizing Committee, and by some other experts in the field. The selection of the papers was made on the basis of quality and scientific novelty, as well as the relevance to the symposium scope and topic.

Th e impact of subsurface turbulent processes on the upper ocean thermal structure: LES studies S. Sarkar and H. T. Pham. Mechanical and Aerospace Engineering, University of California at San Diego, USA

Heat and mass transfer issues in fuel cells and hydrogen systems N. Djilali. Institute for Integrated Energy Systems and Department of Mechanical Engineering, Canada

Flow and thermal management in automotive engineering: recent CFD aided develop-ments B. Basara and S. Jakirlic. AVL LIST GmbH, Advanced Simulation Technologies, Austria, and Institute of Fluid Mechanics and Aerodynamics, Technische Universität Darmstadt, Germany

Special Lecture

Computational-analytical integral transforms and lumped-diff erential formulations: bench-marks and applications in nuclear technology R. M. Cotta, J. Su, A. Pontedeiro and K. M. Lisboa, Department of Mechanical Engineering, Federal University of Rio de Janeiro, Brazil

Scientifi c Advisory Committee

R. Amano, USAH.I. Andersson, NorwayV. Armenio, ItalyJ.R. Barbosa, BrazilD. Bergstrom, CanadaB.J. Boersma, NLS.C. Kassinos, CyprusI. Castro, UKH. Choi, KoreaA. Corsini, ItalyD. Cokljat, UKT.J. Craft, UKD. Dennis, UKL. Davidson, SwedenC. Dopazo, SpainS. Drobniak, PolandS.E. Elghobashi, USAM. Fairweather, UKS. Frolov, Russia

Organizing Committee

A.P. Silva Freire (Chairman),Federal University of Rio de Janeiro, BrazilK. Hanjalić (Co-Chairman), Delft University of Technology, NLK. Suga (Co-Chairman), Osaka Prefecture University, Japan

B. Basara, AVL, AustriaD. Borello, Sapienza University of Rome, ItalyS. Benhamadouche, EDF, Chatou/Paris, FranceR.M. Cotta, Federal Univ. of Rio de Janeiro, BrazilC.M. Casciola, Sapienza University of Rome, ItalyS.S. Girimaji, Texas A&M University, USAM. Hadžiabdić, Int. University of Sarajevo, B&HS. Jakirlic, Darmstadt Univ. Techn., GermanyB.E. Launder, University of Manchester, UK

D. Markovich, ITP SB RAS/NSU, RussiaI. Marusic, University of Melbourne, AustraliaL. Moriconi, Federal Univ. of Rio de Janeiro, BrazilF. T. Pinho, Oporto University, PortugalA. Pollard, Queen’s University, CanadaB. Rosic, Oxford University, UKA. Silveira Neto, University of Uberlandia, BrazilS. Sarkar, Univ. of California, San Diego, USAM. Tanahashi, Tokyo Inst. of Techn., Japan

Keynote Lectures

Turbulent combustion modelling and experiments – recent trends and developmentsA. Giusti and E. Mastorakos. Department of Engineering,

University of Cambridge, UK

Anomalous heat and mass transport phenomena in drag reducing turbulence by using surfactant

Y. Kawaguchi. Department of Mechanical Engineering, Tokyo University of Science, Japan

Fluid fl ow and thermal phenomena in emerging cooling technologiesJ. R. Barbosa. Department of Mechanical Engineering, Federal University of

Santa Catarina, Brazil

Particle dynamics in turbulent pipe fl owC. W. M. van der Geld. Department of Chemical Engineering and Chemistry,

Eindhoven University of Technology, Th e Netherlands

S. Fu, ChinaY. Hagiwara, JapanH. Hattori, JapanE. Hawkes, AustraliaR.J.A. Howard, FranceJ. Janicka, GermanyT. Kajishima, JapanS. Kenjeres, NLJ. Klewicki, Australia/USAS. Komori, JapanS. Lardeau, UKR. Manceau, FranceE. Mastorakos, UKB. Niceno, SwitzerlandS. Obi, JapanS-H Peng, SwedenJ.C. Pereira, PortugalM. Reeks, UK

M. Van Reeuwijk, UKF. Rispoli, ItalyD.J.E.M. Roekaerts, NLG.P. Romano, ItalyE. Serre, FranceJ. Sesterhenn, GermanyD.Ph. Sikovsky, RussiaA. Soldati, ItalyM. Strelets, RussiaJ. Su, BrazilH.J. Sung, KoreaJ. Szmyd, PolandA. Tomboulides, GreeceP. Tucker, UKL. Vervisch, FranceS. Wallin, SwedenH. Yoshida, JapanZ. Zhang, China

Patronage/Sponsors/Donators

International Center for Heat and Mass Transfer,Turkey Federal University of Rio de Janeiro (UFRJ), BrazilInterdisciplinary Centre for Fluid Dynamics, Brazil Mechanical Eng. Program (COPPE/UFRJ), BrazilDelft University of Technology, Th e Netherlands

Osaka Prefecture University, JapanInternational University of Sarajevo, B&H

Sapienza University of Rome, Italy

Fundação de Amparo à Pesquisa do Estado do Rio de Janeiro (FAPERJ), BrazilConselho Nacional de Desenvolvimento Científi co e Tecnológico (CNPQ), Brazil

Charis Technologies, Brazil Dantec Dynamics A/S, USA

AVL-List GmbH, AustriaElectricité de France – R&D, France

O Hotel Sete de SetembroVenue to THMT-18

Casa do Colégio Brasileiro de Altos Estudos (CBAE)(Federal University of Rio de Janeiro)

Avenida Rui Barbosa, 762 Flamengo – Rio de Janeiro

BrazilCEP 22250-020

The venue of THMT-18 is a historical building. Erected in 1922 to com-memorate the centenary of the independence of Brazil, the Hotel Sete de Setembro still keeps its imposing façade. Incorporated to the Universidade do Brasil in 1926, the building initially provided residential quarters for students of the Anna Nery Nursing School. From 1973 to 1995, the build-ing was the Student Accommodation Centre of UFRJ.

Strictly protected by the National Historic Heritage of Brazil, the old building can only have modifications and restorations made after some intricate paperwork has absolutely ensured the conservation of its original structure and materials. Participants of THMT-18 are thus warned that in the course of the symposium some limitations related to the occupancy of a historical building may occur. In any case, the organization of THMT-18 is doing its best to minimize the occurrence of any possible difficulties.

Located at the foot of the Morro da Viúva, the building offers a staggering view of Pedra do Pão de Açúcar and Botafogo cove. During the symposium, some guided tours will be allowed to the 4th floor of the building so that participants can enjoy the view.

With an eclectic architectural style, the Hotel Sete de Setembro has a total area of 5,400 m2. The evidences of grandeur and refinement in its constructive details, the internal finishing and the window frames are all originals, dating back to the time the hotel was inaugurated. With detailed restoration plans and continuous care, UFRJ keeps the buildings operating in its present shape, while seeking further financial resources for its total renewal.

Palácio do CateteWelcome Cocktail, 9 JULY 2018, 16:00h -18:00h

R. do Catete, 153Catete, Rio de Janeiro

BrazilCEP 2220-000

Th e welcome cocktail party of THMT-18 will be held at Palácio do Catete. Guided tours will be provided to participants of THMT-18 through the chambers of the palace. Rare documents related to science and technolo-gy will also be shown to participants. Th ese documents are normally kept distant from the public eye.

Th e Palácio do Catete was the address of Brazil’s executive power from 1897 to 1960. Th e palace was also the residence to all presidents serving in the same period. Witness to many notorious events, the Palácio do Catete saw the death of President Afonso Pena in 1909, the declarations of war against Germany and its allies in 1917 and 1942, the visit of Cardinal Eugenio Pacelli (Pope Pius XII) in 1934 and, particularly, the suicide of President Getúlio Vargas in 1954. Vargas – who had ruled Brazil for almost twenty years – killed himself with a shot through the heart, in his bedroom, on the third fl oor of the palace.

Designed by the German architect Carl Friedrich Gustav Waehneldt, con-struction of the palace started in 1858 and ended in 1866. Th e building was the residence of the coff ee producer António Clemente Pinto, Baron of Nova Friburgo.

Th e very famous garden of the palace was designed by Paul Villon. Th e eagles in the façade are art work of the celebrated sculptor Rodolfo Bernardelli.

Th e Catete Palace is protected by the National Historic Heritage of Brazil.

Museu NacionalGala Dinner, 11 JULY 2018, 19:00h - 22:00h

Quinta da Boa Vista São Cristóvão, Rio de Janeiro

BrazilCEP 20940-040

Th e gala dinner of THMT-18 will be staged at the Museu Nacional, the oldest scientifi c institution of Brazil and one of the largest museums of natural history and anthropology in the Americas. Th e Museu Nacional oc-cupies the palace that served as residence for the Portuguese and Brazilian Royal Families between 1808 and 1889, and hosted the Republican Con-stituent Assembly from 1889 to 1891. Th e building is listed as a Brazilian National Heritage since 1938.

Inaugurated by King John VI of Portugal on the 6th of June of 1818 as the “Royal Museum”, the institution was initially installed at the Campo de Santana Park, to display the former collections of the Casa dos Pássaros. Created in 1784 by the Vice-King of Brazil, Luís de Vasconcelos e Sousa, the “House of Birds” gathered large collections on zoology and mineralogy. Th e “Royal Museum” was intended at promoting the socioeconomic de-velopment of the country through the diff usion of education, culture and science. Th e Museu Nacional was incorporated to UFRJ in 1946.

Th e Museu Nacional holds a collection of more than 20 million items, including rare objects on natural science and anthropology. Assembled through more than two centuries of hard work, the collection is divided into the subjects of geology, paleontology, botany, zoology, anthropology, archaeology and ethnology. Th e collection is the sustaining basis for most of the research carried out by the academic departments of the Museu Nacional. Research activities are conducted in diverse and remote regions of Brazil and the World, including the Antarctic Continent. Th e museum also has one of the largest scientifi c libraries of Brazil, with over 470,000 volumes and 2,400 very rare manuscripts.

Participants of the gala dinner will be hosted by the Head of the Brazilian National Museum, Alex Kellner, who will deliver a short talk on the bio-mechanics of pterosaurs (20 minutes).

Alexander Wilhelm Armin Kellner (born in Vaduz, Liechtenstein) is a world leading expert in the study of pterosaurs. He holds a Ph.D. degree from Columbia University (1996), is the current head of the Brazilian National Museum and the Chief-Editor of the Proceedings of the Brazilian Academy of Sciences.

Kellner has helped organizing paleontological expeditions to diverse locations throughout the globe, including Brazil, Chile, Iran, China and the Antarctica. He has published more than fi ve hundred papers and two popular science books.

In addition to fossil studies, Kellner has carried out important theoretical research on pterosaurs, including cladistics studies on their phylogeny. Kellner’s scientifi c achievements include the description of more than thirty species. One particular specie – the Santanaraptor (1996, 1999) – was found to exhibit the softest tissue (blood vessels, muscle fi bers) ever reported in any other dinosaur. Th e Th alassodromeus (2002) instigated the introduction of a new hypothesis: the use of its head crest to regulate the body temperature.

Alexander Wilhelm Armin Kellner

Prog

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form

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ben

chm

arks

and

ap

plic

ation

s in

nuc

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techn

olog

y.

R. M

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a, J.

Su,

A

. Pon

tede

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boa

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Final Program

Turbulence, Heat and Mass Transfer

TU

ESDA

Y 10

JULY

AFT

ERNO

ON14

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– 14

.45

K2. A

nom

alou

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mas

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Y. K

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: K. S

uga.

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enta

ls RO

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an: M

. Fai

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ther

. S4

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busti

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nd R

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ows R

OOM

C.

Chai

rman

: M. T

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ashi

. 14

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– 15

.10

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Moi

st tr

ansfe

r in

turb

ulen

t multip

hase

Ray

leigh

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ard

conv

ectio

n.

K.-Q

. Xia

and

Lu Zh

ang

S4.1

CFD

inve

stigatio

n of

hea

t and

mas

s tra

nsfe

r in

a pre

ssur

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ngle

pa

rticle

gasifi

catio

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acto

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An,

A. R

ichte

r and

B. M

eyer

15

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– 15

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s and

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roun

d a

cylin

der

mou

nted

in a

nar

row

chan

nel:

LES a

nd P

IV

E. P

alkin

, R. M

ullya

dzha

nov,

M. S

hest

akov

, B. N

ičeno

, D. M

arko

vich

and

K. H

anja

lić

S4.2

Effe

cts o

f dro

plet

size

on

the

igniti

on o

f con

venti

onal

and

al

tern

ative

jet f

uels

in tu

rbul

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ir P.

M. d

e Oliv

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and

E. M

asto

rako

s

15.3

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15.5

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ombi

ned

prob

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r sim

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sure

men

t of v

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ity,

tem

pera

ture

, and

pre

ssur

e M

. Tak

ahas

hi, K

. Iw

ano,

Y. S

akai

and

Y. I

to

S4.3

Impa

ct o

f dro

plet

size

dist

ributi

on o

n au

to-ig

nitio

n tim

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d fla

me

stab

ilisati

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ce in

tem

pora

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ving m

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la

yers

A.

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ak a

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an

15.5

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16.1

0S3

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herm

al in

stab

ilities

in su

perc

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ds u

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vibr

ation

D. Sh

arm

a, A

. Erri

guib

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d an

d S.

Amiro

udin

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heric

ally

expa

ndin

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bule

nt flam

es in

fuel

dro

plet

-mist

s: A

Dire

ct N

umer

ical S

imul

ation

ana

lysis

G. O

zel E

rol, J

. Has

slber

ger,

M. K

lein

and

N. C

hakr

abor

ty

16.1

0 –

16.3

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ffee

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k

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ndam

enta

ls RO

OM A

. Ch

airm

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. Am

iroud

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S6

Flow

and

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trol

ROO

M C

. Ch

airm

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aguc

hi.

16.3

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6.50

S5.1

Exp

erim

ents

in tu

rbul

ent p

artia

lly-fille

d pi

pe fl

owH.

C.-H

. Ng,

H. L

. F. C

rega

n, J.

M. D

odds

, R. J

. Poo

le a

nd D

. J. C

. Den

nis

S6.1

Influ

ence

of c

ontro

l par

amet

ers o

f tra

vellin

g wav

e bl

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g and

su

ction

in tu

rbul

ent T

aylo

r-Cou

ette �o

w

H. M

amor

i, K. O

gino

, N. F

ukus

him

a, K

. Fuk

udom

e and

M. Y

amam

oto

16.5

0 – 1

7.10

S5.2

A si

mul

tane

ous s

pect

ral/s

patia

l ana

lysis

of tu

rbul

ent k

ineti

c en

ergy

in tu

rbul

ent c

hann

el flow

: the

effe

ct o

f the

Rey

nold

s num

ber

J. R.

And

rade

, R. S

. Martin

s, G.

Mom

pean

, L. T

hais

and

T. B

. Gat

ski

S6.2

Rel

amin

ariza

tion

of tu

rbul

ent p

ipe

flow

due

to tr

avel

ling w

avy

blow

ing a

nd su

ction

cont

rol

S. Ko

gane

zaw

a, K

. Iw

amot

o, A

. Mur

ata

and

H. M

amor

i 17

.10 –

17.

30S5

.3 Effe

ct o

f com

pres

sibilit

y on

inho

mog

eneo

us p

lana

r she

ar �

ows:

Stab

ilizin

g mec

hani

sms

R. L.

Ber

tsch

, D. S

. Pra

turi

and

S. S.

Girim

aji

S6.3

Com

putatio

nal s

tudy

of h

eat a

nd flui

d flo

w a

roun

d a

rota

ry

oscil

latin

g cyli

nder

at a

high

Re

num

ber

M. H

adžia

bdić,

E. P

alkin

, R. M

ulla

dyan

ov a

nd K

. Han

jalić

17

.30 –

17.

50S5

.4 Effe

ct o

f com

pres

sibilit

y on

inho

mog

eneo

us p

lana

r she

ar fl

ows:

Reyn

olds

stre

ss e

volutio

n dy

nam

ics

R. L.

Ber

tsch

, D. S

. Pra

turi

and

S. S.

Girim

aji

17.5

0 – 1

8.35

SL. C

ompu

tatio

nal-A

nalyti

cal I

nteg

ral T

rans

form

s and

Lum

ped-

Diffe

renti

al Fo

rmul

ation

s: Be

nchm

arks

and

App

licati

ons i

n Nu

clear

Tec

hnol

ogy

R.M

. Cott

a, J.

Su, A

. Pon

tede

iro, K

.M. L

isboa

. Cha

irman

: G.R

ibat

ski

TU

ESD

AY 1

0 JU

LY M

ORN

ING

08

.30

– 09

.00

Sym

posi

um O

peni

ng

09.1

5 –

10.0

0 K1

. Tur

bule

nt c

ombu

stion

mod

ellin

g an

d ex

perim

ents

– re

cent

tren

ds a

nd d

evel

opm

ents

. A.

Giu

sti a

nd E

. Mas

tora

kos.

Cha

irman

: A. P

olla

rd.

10.0

0 –

10.2

0 Co

ffee

Brea

k

S1

Fund

amen

tals

RO

OM

A.

Chai

rman

: J. S

zmyd

. S2

Com

busti

on a

nd R

eacti

ng F

low

s RO

OM

C.

Chai

rman

: E. M

asto

rako

s.

10.2

0 –

10.4

0 S1

.1 E

ddy

diffu

sivity

of s

hort

-cor

rela

ted

rand

om fl

ows:

hel

icity

, m

olec

ular

-diff

usio

n &

mea

n-st

ream

ing

effec

ts

M. M

artin

s Afo

nso,

S. M

. A. G

ama

and

A. M

azzi

no

S2.1

Hig

h-Sp

eed

imag

ing

of tu

rbul

ent n

on-p

rem

ixed

syn

gas

flam

es a

t el

evat

ed p

ress

ures

W

. R. B

oyett

e, T

. F. G

uibe

rti, A

. M. E

lbaz

and

W. L

. Rob

erts

10

.40

– 11

.00

S1.2

The

Loc

al V

ortic

ity S

igna

ture

of V

orte

x St

ruct

ures

J.H

. Elsa

s and

L. M

oric

oni

S2.2

Sim

ulati

on o

f met

hane

/air

non-

prem

ixed

turb

ulen

t flam

es b

ased

on

RED

IM si

mpl

ified

che

mis

try

F.

Min

uzzi

, C. Y

u an

d U

. Maa

s 11

.00

– 11

.20

S1.3

Dis

sim

ilarit

y be

twee

n he

at a

nd m

omen

tum

tran

spor

t for

the

turb

ulen

t str

ipes

in tr

ansiti

onal

pla

ne C

ouett

e Fl

ow

K. F

ukud

ome,

T. T

suka

hara

and

Y. O

gam

i

S2.3

Coh

eren

t str

uctu

res i

n a

swirl

ing

jet w

ith v

orte

x br

eakd

own

and

com

busti

on. I

nves

tigati

on b

y PI

V an

d PL

IF

A. S

. Lob

asov

, L. M

. Chi

kish

ev, V

. M. D

ulin

and

D. M

. Mar

kovi

ch

11.2

0 –

11.4

0 S1

.4 A

sim

ilarit

y la

w fo

r tra

nspi

red

turb

ulen

t flow

s sub

ject

ed to

pr

essu

re g

radi

ents

and

sepa

ratio

n M

. C. G

uim

arãe

s, D

. O. A

. Cru

z an

d A.

P. S

ilva

Frei

re

S2.4

Inve

stiga

tion

of re

actio

n zo

ne st

ruct

ure

of le

an m

etha

ne–a

ir tu

rbul

ent p

rem

ixed

flam

es w

ith O

H–C

H2O

PLI

F

M. S

him

ura,

T. M

aeda

, Y. M

inam

oto

and

M. T

anah

ashi

11

.40

– 12

.00

S1.5

Inve

stiga

tion

of te

mpe

ratu

re in

fluen

ce in

the

prod

uctio

n of

hi

gher

turb

ulen

ce

T. S

. Caç

ão F

erre

ira a

nd T

. Art

s

S2.5

Num

eric

al in

vesti

gatio

n of

igni

tion

char

acte

ristic

s in

a H

CCI

confi

gura

tion

214

Y. K

ondo

, Y. M

inam

oto,

M. S

him

ura

and

M. T

anah

ashi

12

.00

– 12

.20

S1.6

Sm

all s

cale

ent

rain

men

t cha

ract

eristi

cs in

hig

h Re

ynol

ds n

umbe

r je

ts a

nd w

akes

M

. Zec

chett

o, T

. S. S

ilva

and

C. B

. da

Silv

a

S2.6

Sta

tistic

s of s

cala

r flux

tran

spor

t of m

ajor

spec

ies i

n di

ffere

nt

prem

ixed

turb

ulen

t com

busti

on re

gim

es 8

6 V.

Pap

apos

tolo

u, N

. Cha

krab

orty

, M. K

lein

and

H. G

. Im

12

.20

– 14

.00

Lunc

h an

d Cu

ltura

l Acti

vity

flows:

W

EDN

ESD

AY 1

1 JU

LY M

ORN

ING

08

.30

– 09

.15

K3. F

luid

Flo

w a

nd T

herm

al P

heno

men

a in

Em

ergi

ng C

oolin

g Te

chno

logi

es

J. R.

Bar

bosa

. Cha

irman

: J.B

.R. L

oure

iro.

S7

RAN

S M

etho

ds R

OO

M A

. Ch

airm

an: N

. Djil

ali.

S9 T

urbu

lenc

e Bu

oyan

ce R

OO

M B

. Ch

airm

an: N

. Kor

nev.

S8

Spr

ays,

Bub

bles

and

Dro

plet

s RO

OM

C.

Chai

rman

: C.W

.M. v

an D

er G

eld.

09

.20

– 09

.40

S7.1

Phy

sics u

nder

lyin

g re

aliza

bilit

y co

nstr

aint

s S.

S. G

irim

aji

S9.1

Num

eric

al si

mul

ation

of t

urbu

lent

hea

t tra

nsfe

r of

natu

ral c

onve

ction

ove

r a tw

o-di

men

siona

l hor

izont

al

heat

ed p

late

. A.

Mits

uish

i, T.

Suz

uki a

nd K

. Kita

mur

a

S8.1

Det

ectio

n an

d m

easu

rem

ent o

f bub

bles

in g

as-

liqui

d tw

o-ph

ase

flow

usin

g m

agne

tic fi

elds

A.

Wie

derh

old,

T. B

oeck

, C. R

esag

k an

d C.

Cie

rpka

09

.40

– 10

.00

S7.2

RAN

S m

odel

ling

of tu

rbul

ent h

eat t

rans

fer i

n m

oder

ate

Pran

dtl n

umbe

r flu

ids

D. S

arno

, T.J.

Craft,

H. I

acov

ides

and

A. N

asse

r

S9.2

Effe

cts o

f buo

yanc

y on

the

turb

ulen

ce o

f spa

tially

de

velo

ping

buo

yant

jet

K. N

akao

, Y. H

attor

i and

H. S

uto

S8.2

Cav

itatin

g flo

w a

roun

d a

tand

em o

f 2D

hydr

ofoi

ls:

high

-spe

ed im

agin

g an

d PI

V m

easu

rem

ents

K.

Per

vuni

n, I.

Zap

ryag

aev,

M. T

imos

hevs

kiy

and

D.

Mar

kovi

ch

10.0

0 –

10.2

0 S7

.3 U

nify

ing

the

near

-wal

l tre

atm

ent o

f the

tu

rbul

ent h

eat fl

uxes

for a

ll ki

nds o

f tem

pera

ture

bo

unda

ry c

ondi

tions

with

the

Ellip

tic B

lend

ing

appr

oach

. G. M

ange

on, S

. Ben

ham

adou

che,

JF. W

ald

and

R. M

ance

au

S9.3

Exp

erim

enta

l stu

dy o

f the

rmal

bou

ndar

y la

yer i

n a

dual

cav

ity so

lar c

him

ney

K. C

hauh

an, K

. M. T

allu

ru a

nd J.

Patt

erso

n

S8.3

Pha

se F

ield

/Flu

ctua

ting

Hydr

odyn

amic

s app

roac

h fo

r bub

ble

nucl

eatio

n M

. Gal

lo, F

. Mag

aletti

and

C.M

. Cas

ciol

a

10.2

0 –

10.4

0 S7

4 M

acro

scop

ic m

odel

ling

of ro

ugh

wal

l tur

bule

nce

base

d on

the

seco

nd m

omen

t clo

sure

Y.

Kuw

ata,

K. S

uga

and

Y. K

awag

uchi

S9.4

Nat

ural

and

mix

ed c

onve

ction

in e

nclo

sure

s co

ntai

ning

liqu

id m

etal

s and

par

tition

wal

ls

M. B

. Dzo

dzo

S8.4

Vel

ocity

fiel

d an

d bu

bble

size

mea

sure

men

ts o

f a

gas/

liqui

d flo

w a

cros

s a T

-junc

tion

Y. S

. Gav

ioli,

V. Y

. Aib

e an

d J.

B. R

. Lou

reiro

10

.40

– 11

.00

Coffe

e Br

eak

S1

0 RA

NS

Met

hods

RO

OM

A.

Chai

rman

: G. M

ompe

an.

S12

Envi

ronm

enta

l and

Geo

phys

ical

Flo

ws

ROO

M B

. Ch

airm

an: D

. Pul

lin.

S11

Spra

ys, B

ubbl

es a

nd D

ropl

ets

ROO

M C

. Ch

airm

an: J

.R. B

arbo

sa.

11.0

0– 1

120

S10.

1 Ro

ughn

ess c

orre

ction

s for

turb

ulen

ce m

odel

s:

low

-Rey

nold

s and

wal

l fun

ction

app

roac

hes

F.

Che

deve

rgne

S12.

1 Vo

rtex

iden

tifica

tion

for t

he st

udy

of a

tmos

pher

ic

flow

: a n

ew v

orte

x cr

iterio

n ap

plie

d to

win

d re

sour

ce

asse

ssm

ent

D. A

. Ram

os, R

.R.S

. Per

eira

, V.G

. Gue

des a

nd R

.L.T

hom

pson

S11.

1 M

icro

bubb

le c

oale

scen

ce a

nd b

reak

up in

tu

rbul

ent v

ertic

al c

hann

el fl

ows

K.S.

Asia

gbe,

M. F

airw

eath

er, D

.O. N

jobu

enw

u an

d M

. Co

lom

bo

11.2

0– 1

1.40

S1

0.2

Neu

ral n

etw

ork

tech

niqu

es fo

r acc

urac

y im

prov

emen

t of R

ANS

simul

ation

s M

. A. C

ruz,

R. L

. Tho

mps

on, R

. D. A

. Bac

chi a

nd L

. E.

B. S

ampa

io

S12.

2 Eff

ect o

f urb

an b

lock

geo

met

ry o

n su

rfac

e w

ind

and

air t

empe

ratu

re o

ver a

sand

bank

in th

e ce

ntra

l are

a of

O

saka

city

, Jap

an

A. Y

oshi

da a

nd R

. Yas

uda

S11.

2 M

odel

ing

of b

ubbl

e br

eaku

p an

d co

ales

cenc

e ra

tes i

n su

dden

exp

ansio

ns a

nd c

ontr

actio

ns

C. R

oser

o an

d E.

do

A. S

oare

s

11.4

0– 1

2.00

S1

0.3

Asse

ssm

ent o

f tur

bule

nce

mod

els i

n hy

droc

yclo

nes

R. A

. E. O

livei

ra, R

. P. A

njos

and

T. S

. Kle

in

S12.

3 N

umer

ical

pre

dicti

ons o

f the

hea

vy g

as tu

rbul

ent

disp

ersio

n an

d its

influ

ence

on

a pe

ople

cro

wd

evac

uatio

n:

an in

tegr

ated

app

roac

h S.

Zw

inke

ls an

d S.

Ken

jere

š

S11.

3 Co

mpa

rison

of d

iffer

ent h

eat t

rans

fer

mec

hani

sms g

over

ning

the

grow

th o

f a b

ubbl

e on

a

heat

ed su

rfac

e an

d in

a s

ubco

oled

flow

M

. Med

ghal

chi a

nd N

. Ash

griz

12.0

0– 1

2.20

S1

0.4

Impr

oved

k-ω

-γ tr

ansiti

on m

odel

con

sider

ing

dist

ribut

ed su

rfac

e ro

ughn

ess

M.C

. Yan

g an

d Z.

X. X

iao

S12.

4 Se

ason

al v

aria

tions

of t

raffi

c-in

duce

d CO

co

ncen

trati

on in

a c

ity w

ith a

larg

e riv

er: A

com

puta

tiona

l st

udy.

M. H

rebt

ov a

nd K

. Han

jalić

S11.

4 Pr

edic

tion

of w

ater

dro

plet

s ero

sion

on a

su

bson

ic c

ompr

esso

r cas

cade

P.

Ven

turin

i, D.

Bor

ello

, F. R

ispol

i and

S. G

abrie

le

12.2

0– 1

2.40

S1

0.5

Eval

uatio

n of

a q

uadr

atic

rate

of s

trai

n Re

ynol

ds st

ress

tens

or m

odel

for a

cha

nnel

flow

em

ploy

ing

DNS

data

. F. W

. Mur

ad, L

. E. B

. Sam

paio

, R.

L. T

hom

pson

and

A. O

. Nie

ckel

e

S12.

5 En

erge

tics o

f con

vecti

ve b

ound

ary

laye

rs

M. K

arim

i and

J. P

. Mel

lado

S1

1.5

Num

eric

al in

vesti

gatio

n fo

r effe

ct o

f hea

ting

area

on

ice

accr

etion

in N

ACA0

12 a

irfoi

l S.

Ura

nai,

H. M

amor

i, N

. Fuk

ushi

ma

and

M. Y

amam

oto

12.4

0– 1

3.40

Lu

nch

and

Cultu

ral A

ctivi

ty

13.4

0– 1

4.00

ER

C Le

ctur

e: F

undi

ng o

ppor

tuni

ties i

n Eu

rope

for c

reati

ve m

inds

from

all

over

the

wor

ld. L

MA

Sant

os. C

hairm

an: A

. Pol

lard

.

 WED

NESDAY

 11 JULY AFTER

NOON

14.00 – 14.45

K4. Particle Dynam

ics in Turbulen

t Pipe Flow

.C.W.M

. Van

 der Geld. Cha

irman

: D. B

orello. 

  S13 Co

mbine

d RA

NS/LES RO

OM A. 

Chairm

an: B

. Basara. 

S14 Flow

 and

 Heat T

ransf C

ontrol ROOM C.

Chairm

an: K

. Iwam

oto. 

S15 Indu

stria

l App

lications ROOM B.

Chairm

an: D

. Bergstrom

. 14.50 – 15.10

S13.1 Performance of an aniso

trop

y‐resolving 

hybrid LES/RAN

S mod

el fo

r high Re

ynolds‐num

ber 

turbulen

t chann

el flow

s up to Re τ = 2×105 

K. Abe

 

S14.1 On the early

 onset of transition

 in 

circular‐orifice baffled

 tube

s: an expe

rimen

tal 

stud

y. J. M

uñoz, D

. Crespí, J.P

. Solan

o an

d P.G. V

icente 

S15.1 Simulating the aerodynamics o

f the

 Porsche

 919

 hybrid LMP1

 racing

 car 

G.K. D

utzle

r and

 C. Pashias 

15.10 – 15.30

S13.2 A du

al‐grid

 hybrid

 RAN

S/LES mod

el fo

r un

der‐resolved

 near‐wall regions and

 its 

application to heated and separatin

g flo

ws 

P. Ngu

yen, J. Urib

e, I. Afgan

 and

 D. Lau

rence 

S14.2 Ch

aracterization of heat transfer 

fluctuatio

n in a tu

rbulen

t pipe flo

w with

 rectangular w

ave pu

lsatio

n H. Nakam

ura an

d S. Yam

ada 

S15.2 Measuremen

t of the

 uctuating pressure on the 

shroud

 wall of a

 hard‐disk driv

e mod

el 

Y. Son

oda, K. San

ada an

d S. Obi 

1530

 – 15.50

 S13.3 He

at transfer and

 flow

 structures fo

r structured

 surfaces usin

g LES and hybrid RAN

S/LES 

approach 

J. Turnow

 and

 N. Kornev 

S14.3 High

‐perform

ance dou

ble‐pipe

 turbulen

t heat e

xchangers w

ith V‐shape

d ob

lique

 wavy walls 

K. M

orim

oto, S. Jin and

 Y. Suzuki 

S15.3 Turbulen

t and

 mean velocity fields in a cyclonic 

separator w

ith internals: experim

ental and

 num

erical 

approaches 

G.E.O. Celis, M

.G. Pereira and

 P.L.C. Lag

e 15.50 – 16.10

S13.4 Num

erical simulation of tu

rbulen

t flow and

 he

at transfer over rotating disks u

sing a hybrid 

LES‐RA

NS metho

d L. Kap

pis, J. Turno

w and

 N. Kornev 

S14.4 Flow

 con

trol fo

r a simplified

 truck using 

an array of streamwise

 synthe

tic jets 

G. M

inelli, T. Liu, J. Zha

ng, V

. Chernoray, B. 

Basara and

 S. Krajnovic 

S15.4 Ph

ysicoche

mical m

odelling of calcium

 carbo

nate 

scaling in pipe flo

w 

G. F. N

. Gon

çalves, E. do A. Soa

res a

nd J. B. R

. Lou

reiro

 

16.10 – 16.30

Coffe

e Break 

 S16 Co

mbine

d RA

NS/LES RO

OM A. 

Chairm

an: S. Sarkar. 

S17Indu

stria

l App

lications ROOM B.  

Chairm

an: P

.L.C. Lage. 

16.30–

 16.50

 S16.1 Enhanced

 delayed

 DES of sho

ck 

wave/bo

undary layer interactio

n in a planar 

transonic no

zzle. G

. Della Posta, E. M

artelli, P. P. 

Ciottoli, F. Stella and

 M. B

erna

rdini 

S17.1 Multip

hase Eulerian‐Lagrangian

 LES of 

particulate fouling on

 structured

 heat transfer 

surfaces 

R. Kasper, J. Turnow

 and

 N. Kornev 

16.50–

 17.10

 S16.2 Ap

plication of a hybrid

 URA

NS/LES 

turbulen

ce m

odel to

 turbom

achine

ry flow

s R. T. Kelly and

 A. Jem

cov 

S17.2 CFD An

alysis of th

e erosion of a light g

as 

strati

catio

n by

 means of a

 hot air jet in the 

minipanda

 facility 

A. Attavino, L. Koloszar, M. A

dorni and

 P. Planq

uart 

17.10–

 17.30

 S16.3 Influ

ence of the

 num

erical sc

hemes on the 

flow states of a

 simplified

 heavy veh

icle 

A. Rao

, J. Zha

ng, G

. Minelli, B. B

asara an

d S. 

Krajno

vić 

S17.3 An

alysis of con

trolling parameters d

uring 

turbulen

t air jet impingem

ent for app

lications in 

commercial coo

king

 S. S. Shevade, R. G

uldiken an

d M. M

. Rahman

 17.30–

 17.50

 S16.4 De

veloping

 num

erical wall fun

ction for large 

eddy simulation using ed

dy – visc

osity

 mod

els in 

the em

bedd

ed RAN

S do

main 

B.E.O. Iyamab

o, I. Afgan

, D. Lau

rence an

d A. Revell 

19.00–

 22.00

 GalaDinn

er: M

useu

 Nacional

  

TH

URS

DAY

12

JULY

MO

RNIN

G

08.3

0 –

09.1

5 K5

. The

Impa

ct o

f Sub

surf

ace

Turb

ulen

t Pro

cess

es o

n th

e U

pper

Oce

an T

herm

al S

truc

ture

: LES

Stu

dies

S.

Sar

kar.

Chai

rman

: M. H

adži

abdić.

S18

DNS

and

LES

Stud

ies R

OO

M A

. Ch

airm

an: S

. Jak

irlic

. S1

9 Pa

rticl

e-La

den

Flow

s RO

OM

C.

Cha

irman

: S. K

enje

reš.

09

.20

– 09

.40

S18.

1 Di

rect

num

eric

al si

mul

ation

of t

urbu

lent

hea

t tra

nsfe

r ove

r an

isotr

opic

por

ous m

edia

Y.

Nish

iyam

a, Y

. Kuw

ata

and

K. S

uga

S19.

1 An

alyz

ing

dom

inan

t par

ticle

-flow

stru

ctur

es in

side

a bu

bblin

g flu

idize

d be

d us

ing

POD

M

. R. H

aghg

oo, D

. J. B

ergs

trom

and

R. J

. Spi

teri

09.4

0 –

10.0

0 S1

8.2

DNS

stud

y of

dua

l-plu

me

inte

rfer

ence

in a

wal

l-bou

nded

turb

ulen

t flo

w

B.-C

. Wan

g an

d A.

Noo

rmoh

amm

adi

S19.

2 N

ear-

wal

l int

erpa

rticl

e co

llisio

n dy

nam

ics i

n m

ulti-

phas

e tu

rbul

ent

chan

nel fl

ows

L.F.

Mor

timer

, M. F

airw

eath

er a

nd D

. O. N

jobu

enw

u 10

.00

– 10

.20

S18.

3 DN

S of

a su

bson

ic je

t on

a he

ated

cur

ved

surf

ace

A. S

alva

gni,

G. C

amer

leng

o, J.

Ses

terh

enn

and

D. B

orel

lo

S19.

3 Eff

ect o

f fra

ctal

dim

ensio

n of

agg

lom

erat

e st

ruct

ure

on p

artic

le-p

artic

le

inte

racti

ons i

n tu

rbul

ent fl

ow

D.O

. Njo

buen

wu

and

M. F

airw

eath

er

10.2

0 –

10.4

0 S1

8.4

DN

S st

udy

on c

hara

cter

istics

and

stru

ctur

es o

f tur

bule

nt h

eat

tran

sfer

in th

erm

ally

-str

atifie

d bo

unda

ry la

yer o

ver 2

D Hi

ll H.

Hatt

ori,

Y. M

uray

ama,

T. H

oura

and

M. T

agaw

a

S19.

4 Si

ze-r

esol

ving

sim

ulati

on fo

r col

lidin

g in

ertia

l par

ticle

s in

hom

ogen

eous

iso

trop

ic tu

rbul

ence

R.

Oni

shi,

S. T

akeu

chi,

T. F

ukad

a, K

. Mat

suda

and

T. K

ajish

ima

10.4

0 –

11.0

0 Co

ffee

Brea

k

S20

Ener

gy a

nd P

ower

. Ch

airm

an: S

. Ben

ham

adou

che.

S2

1 Tu

rbul

ence

and

Non

-New

toni

an F

luid

s RO

OM

C.

Chai

rman

: D.O

.A. C

ruz.

11

.00–

112

0 S2

0.1

A m

ultis

cale

mod

el o

f tra

nspo

rt p

heno

men

a in

a si

ngle

pla

nar s

olid

ox

ide

fuel

cel

l M

. Moz

dzie

rz, G

. Bru

s, S

. Kim

ijim

a an

d J.S

. Szm

yd

S21.

1 Ap

pear

ance

of g

el-li

ke sh

ear-

indu

ced

stru

ctur

es a

nd fl

ow m

odifi

catio

n in

turb

ulen

t cha

nnel

flow

with

dos

ing

of d

ilute

surf

acta

nt so

lutio

n S.

Har

a, K

. Ish

ii, T

. Tsu

kaha

ra a

nd Y

. Kaw

aguc

hi

11.2

0– 1

1.40

S2

0.2

Num

eric

al v

erifi

catio

n of

rapi

d-pr

otot

yped

flex

ible

surr

ogat

es o

f la

bora

tory

mod

els o

f hyd

rotu

rbin

es

A. M

inak

ov, I

. Litv

inov

, D. P

lato

nov,

A. D

ekte

rev,

S. S

htor

k an

d K.

Han

jalić

S21.

2 PI

V/LI

F sim

ulta

neou

s mea

sure

men

t on

turb

ulen

t cha

nnel

flow

with

flu

ores

cent

ly-la

bele

d po

lym

er fo

r fric

tion

drag

redu

ction

E.

Yam

aguc

hi, K

. Iw

amot

o, A

. Mur

ata

and

H. A

ndo

11.4

0– 1

2.00

S2

0.3

Num

eric

al a

nd e

xper

imen

tal s

tudy

of a

perio

dic

pres

sure

pul

ses i

n Fr

anci

s tur

bine

A.

Min

akov

, D. P

lato

nov,

D. D

ekte

rev

and

A. M

asle

nnik

ova

S21.

3 Se

para

ted

turb

ulen

t bou

ndar

y la

yers

of p

ower

-law

shea

r thi

nnin

g flu

ids

L. C

aste

llano

s, J.

B. R

. Lou

reiro

and

A. P

. Silv

a Fr

eire

12.0

0– 1

2.20

S2

0.4

An e

xper

imen

tal a

ppro

ach

to si

mul

tane

ously

mea

sure

the

tem

pera

ture

fiel

d an

d flu

id fi

lm th

ickn

ess i

n th

e cy

linde

r blo

ck/v

alve

pla

te

gap

of a

n ax

ial p

iston

pum

p A.

Sho

rbag

y, R

. Iva

ntys

yn a

nd P

rof.

J. W

eber

S21.

4 En

ergy

spec

tra

in fo

rced

hom

ogen

ous i

sotr

opic

turb

ulen

ce o

f FEN

E-P

solu

tions

C.

B. d

a Si

lva,

F. T

. Pin

ho a

nd D

. O. A

. Cru

z

12.2

0– 1

2.40

S2

0.5

Num

eric

al p

redi

ction

of w

inda

ge p

ower

loss

es fo

r a sp

ur g

ear i

n tw

o ph

ase

med

ia

M.K

. Akt

as, A

.K. E

rsan

and

M.A

. Yav

uz

S21.

5 A

new

ela

stic

dum

bbel

l mod

el w

ith v

aria

ble

affini

ty in

mul

ti-s

cale

an

alys

is of

pol

ymer

-dilu

ted

turb

ulen

t flow

K.

Hor

iuti

and

R. K

anza

ki

12.4

0– 1

3.00

S2

0.6

Inve

stiga

tion

of v

orte

x an

d sw

irl re

ducti

on b

y flo

or sp

litter

in a

sin

gle

pum

p in

take

Z.

Har

un,T

.A. N

oriza

n, E

. Red

a, S

. Abd

ulla

h an

d W

.H.M

. Wan

Mok

htar

S21.

6 Di

rect

Num

eric

al S

imul

ation

of t

urbu

lent

non

-New

tona

in fl

ow in

a ro

d-ro

ughe

ned

chan

nel

H.R.

Anb

arlo

oei,

S. P

arva

r, D.

Cru

z and

F. P

inho

13

.00–

14.

00

Lunc

h an

d Cu

ltura

l Acti

vity

TH

URS

DAY

12

JULY

AFT

ERN

OO

N

14.0

0 –

14.4

5 K6

. Hea

t and

Mas

s Tra

nsfe

r Iss

ues i

n Fu

el C

ells

and

Hydr

ogen

Sys

tem

s N

. Djil

ali.

Chai

rman

: R.M

. Co

tta.

S22

DNS

and

LES

Stud

ies

ROO

M A

. Ch

airm

an: S

.S. G

irim

aji.

S23

Heat

Exc

hang

ers a

nd R

eact

ors

ROO

M C

. Ch

airm

an: M

.B. D

zodz

o.

14.5

0 –

15.1

0 S2

2.1

Wal

l-res

olve

d LE

S of

cha

nnel

flow

: A c

orre

latio

n fo

r the

di

scon

tinui

ty o

f εθ

at th

e flu

id-s

olid

inte

rfac

e C.

Fla

geul

, I. T

iselj,

S. B

enha

mad

ouch

e an

d M

. Fer

rand

S23.

1 He

at tr

ansf

er in

a fi

xed

bed

of p

artic

les f

or e

nerg

y st

orag

e: a

mul

ti-s

cale

nu

mer

ical

stud

y M

. Bel

ot, T

. Pha

n, F

. Euz

énat

, J-L

. Pie

rson

, D. T

eixe

ira, G

. Vin

ay, Q

. Fa

lcoz

, A. T

outa

nt a

nd A

. Wac

hs

15.1

0 –

15.3

0 S2

2.2

Gen

erati

on o

f Arti

ficia

l Sca

lar F

luct

uatio

ns b

ased

on

the

Dive

rgen

ce-F

ree

Turb

ulen

t Spo

t Met

hod

H. K

röge

r and

N. K

orne

v

S23.

2 A

num

eric

al a

naly

sis o

n th

e co

nden

satio

n he

at tr

ansf

er fo

r a v

ertic

al ty

pe

cond

ense

r J.-

H. H

wan

g an

d D.

-W. J

erng

15

30 –

15.

50

S22.

3 N

on-h

omog

eneo

us th

erm

al b

ound

ary

cond

ition

s in

low

Pra

ndtl

num

ber p

ipe

flow

s S.

Str

aub,

P. F

oroo

ghi,

L. M

aroc

co, T

. Wet

zel a

nd B

. Fro

hnap

fel

S23.

3 Eff

ect o

f gra

vity

and

met

al fo

am o

n m

eltin

g of

pha

se c

hang

e m

ater

ial i

n a

verti

cal s

hell

and

tube

hea

t exc

hang

er

S. M

ali,

S. N

aray

anam

urth

y an

d S.

Sen

gupt

a 15

.50

– 16

.10

S22.

4 Si

mul

ation

of t

herm

al tr

ansf

er u

sing

the

imm

erse

d bo

unda

ry

met

hod

and

adap

tive

mes

h R.

R. S

. Mel

o, D

. Kin

oshi

ta, M

. M. V

illar

, R. S

erfa

ty a

nd A

. Silv

eira

-Net

o

S23.

4 Si

zing

of a

cor

ruga

ted

plat

e he

at e

xcha

nger

in a

bott

omin

g or

gani

c Ra

nkin

e cy

cle

for w

aste

hea

t rec

over

y of

pist

on a

ero-

engi

nes

M. H

ughe

s and

J. O

lsen

16.1

0 –

16.3

0 Co

ffee

Brea

k

S24

DNS

and

LES

Stud

ies.

Ch

airm

an: Z

.X. X

iao.

S2

5 Im

ping

emen

t, Se

paratio

n, S

wirl

and

Rot

ation

RO

OM

C.

Chai

rman

: R. v

an H

out.

16.3

0– 1

6.50

S2

4.1

Num

eric

al si

mul

ation

s of w

all t

rans

pira

tion

in p

ipe

flow

s M

. Rem

pto

and

H. A

mba

rlooe

i S2

5.1

Larg

e-ed

dy si

mul

ation

of fl

ow a

bout

a ro

tatin

g cy

linde

r at l

arge

Rey

nold

s nu

mbe

r D.

Pul

lin, W

. Che

ng a

nd R

. Sam

tane

y 16

.50–

17.

10

S24.

2 D

irect

num

eric

al si

mul

ation

of s

epar

ated

-flow

tran

sitio

n in

low

-pr

essu

re tu

rbin

e

S. Ji

ang

and

S. F

u

S25.

2 Vi

sual

izatio

n of

low

-Rey

nold

s num

ber fl

ow a

bove

a fi

nite

-hei

ght s

quar

e pr

ism

H. H

osse

inza

de, R

. Cha

krav

arty

, D.J.

Ber

gstr

om a

nd D

. Sum

ner

17.1

0– 1

7.30

S2

4.3

Dyn

amic

s of p

ulsa

ting

low

-Rey

nold

s num

ber c

hann

el fl

ow

R. L

ozow

y an

d D.

Kuh

n

S25.

3 Sp

atial

ly a

dvan

cing

cur

ved

chan

nel t

urbu

lent

hea

t tra

nsfe

r with

isot

herm

al

wal

l hea

ting

cond

ition

Ko

ji M

atsu

bara

and

Tak

uya

Mur

omot

o 17

.30–

17.

50

S2

5.4

DNS

stud

y of

turb

ulen

t flow

in a

circ

ular

pip

e su

bjec

ted

to ra

dial

rota

tion

Z.-P

. Zha

ng a

nd B

.-C. W

ang

FR

IDAY

12

JULY

MO

RNIN

G

08.3

0 –

09.1

5 K7

. Flo

w a

nd T

herm

al M

anag

emen

t in

Auto

moti

ve E

ngin

eerin

g: R

ecen

t CFD

Aid

ed D

evel

opm

ents

B.

Bas

ara

and

S. Ja

kirli

c. C

hairm

an: K

. Han

jalic

.

S26

Com

busti

on a

nd R

eacti

ng F

low

s RO

OM

A.

Chai

rman

: D.J.

C. D

enni

s S2

7 Im

ping

emen

t, Se

paratio

n, S

wirl

and

Rot

ation

RO

OM

C.

Chai

rman

: B.-C

. Wan

g.

09.2

0 –

09.4

0 S2

61 F

lam

e st

ruct

ure

of s

uper

criti

cal C

H4/C

O2/

O2

non-

prem

ixed

turb

ulen

t co

mbu

stion

by

mea

ns o

f lar

ge e

ddy

simul

ation

E.

Gia

com

azzi,

D. C

ecer

e, N

.M. A

rcid

iaco

no a

nd F

.R. P

icch

ia

S27.

1 Fl

ow fi

eld

mea

sure

men

ts o

f a ro

und

jet i

mpi

ngin

g on

smoo

th a

nd

dim

pled

surf

aces

R.

van

Hou

t, V.

Rin

sky,

N. S

asso

n, C

. Her

shco

vich

, Y.J.

Gro

bman

and

M.

Tshu

va, L

. Pus

tyln

ik

09.4

0 –

10.0

0 S2

62 L

arge

edd

y sim

ulati

on o

f sup

erso

nic

com

busti

on u

sing

the

Eule

rian

stoc

hasti

c fie

lds m

etho

d

Y. P

. Alm

eida

and

S. N

avar

ro-M

artin

ez

S27.

2 H

eat t

rans

fer a

nd fl

ow fi

eld

mea

sure

men

ts o

f a p

ulsa

ting

roun

d je

t im

ping

ing

on a

flat

hea

ted

surf

ace

M. R

aizn

er, V

. Rin

sky

, R. v

an H

out a

nd G

. Gro

ssm

an

10.0

0 –

10.2

0 S2

63 L

ow-t

empe

ratu

re fl

amel

ess c

ombu

stion

of d

odec

ane

drop

lets

in

mic

rogr

avity

con

ditio

ns

S. M

. Fro

lov,

V. Y

a. B

asev

ich,

S. N

. Med

vede

v an

d F.

S. F

rolo

v

S27.

3 P

ost R

ough

ness

Dom

inan

t Reg

ime

in th

e Tu

rbul

ent F

low

Thr

ough

Ro

ugh

Pipe

s C.

M.M

. San

tos,

H.R

. Anb

arlo

oei,

D.O

.A C

ruz a

nd F

. Ram

os

10.2

0 –

10.4

0

S27.

4 C

onju

gate

d he

at tr

ansf

er m

odel

for r

ibbe

d su

rfac

e c

onve

ction

en

hanc

emen

t and

solid

bod

y te

mpe

ratu

re fl

uctu

ation

s L.

A. C

arril

ho a

nd M

. B. D

zodz

o 10

.40

– 11

.00

S2

7.5

Effec

t of r

otati

on a

nd st

ratifi

catio

n on

hom

ogen

eous

shea

red

turb

ulen

ce th

roug

h se

cond

ord

er m

odel

S.

Nai

fer a

nd M

. Bou

zaia

ne

11.0

0 –

11.2

0 Co

ffee

Brea

k

S28

Parti

cle-

Lade

n Fl

ows R

OO

M A

. Ch

airm

an: L

uca

Mor

icon

i. S2

9 He

at E

xcha

nger

s and

Rea

ctor

s RO

OM

C.

Chai

rman

: D.-W

. Jer

ng.

11.2

0– 1

1.40

S2

8.1

Aniso

trop

ic p

artic

le c

lust

erin

g in

the

visc

ous s

ubla

yer o

f wal

l-bo

unde

d tu

rbul

ent fl

ows

D.

Ph. S

ikov

sky

S29.

1 Fl

ow V

isual

izatio

n an

d LE

S Si

mul

ation

s ins

ide

a Ch

evro

n Ty

pe P

late

Hea

t Ex

chan

ger

E. P

eçen

ek, Ő

. Ert

unc

and

C. Ş

enka

l 11

.40–

12.

00

S28.

2 Ta

ylor

-Gre

en-K

ubo

form

ula

and

asym

ptoti

c tr

ansp

ort o

f ine

rtial

pa

rticl

es

S. B

oi, A

. Maz

zino

and

P. M

urat

ore-

Gina

nnes

chi

S29.

2 An

alys

is of

a H

TR u

sing

Ope

nFO

AM w

ith p

orou

s med

ia a

ppro

ach

for

turb

ulen

t, co

mpr

essib

le fl

ow

P. D

ahl a

nd J.

Su

12.0

0– 1

2.20

S2

8.3

Effec

t of S

tefa

n flo

w o

n dr

ag c

oeffi

cien

t of r

eacti

ve sp

heric

al p

artic

les

in g

as fl

ow

T.R.

Jaya

wic

kram

a, N

.E.L

. Hau

gen,

M.U

. Bab

ler a

nd K

. Um

eki

S29.

3 N

on-p

rem

ixed

com

busti

on in

rota

ry k

ilns u

sing

Ope

n-FO

AM: i

nflue

nce

of c

onju

gate

hea

t tra

nsfe

r and

ext

erna

l rad

iativ

e he

at lo

ss o

n tu

rbul

ent fl

ame

and

wal

l tem

pera

ture

M

. el A

bbas

si, D

. Abd

illah

Ram

adha

n Fi

kri,

D.J.P

. Lah

aye

and

C. V

uik

12.2

0– 1

2 40

S2

8.4

Parti

cle

velo

city

dist

ributi

on b

ased

on

the

thre

e-di

men

siona

l st

ocha

stic

parti

cle–

bed

colli

sions

in w

ind-

blow

n sa

nd fl

ux

T. Ji

n, P

. Wan

g, N

. Che

ng a

nd X

.J. Z

heng

12.4

0– 1

3.00

Cl

osin

g Ce

rem

ony

Author Index

Abassi, M. el S29.3 Abdullah, S. S20.6 Abe, K. S13.1 Adorni, M. S17.2 Afgan, I S13.2 Afgan, I. S16.4 Aibe, V. Y. S8.3 Aktas, M. K. S20.5 Almeida, Y. P. S26.2 Amiroudine, S. S3.4 An, F. S4.1 Anbarlooei, H. R. S21.6, S24.1,

S27.3 Ando, H. S21.2 Andrade, J. R. S1.2 Anjos, R. P. S10.3 Arcidiacono, N. M. S26.1 Arts, T. S1.5 Ashgriz, N. S11.3 Asiagbe, K. S. S11.1 Attavino, A. S17.2 Babler, M. U. S28.3 Bacchi, R. D. A. S10.2 Barbosa, J. R. K3 Basara, B. S14.4, S16.3Basevich, V. Ya. S26.3 Belot, M. S23.1 Benhamadouche, S. S7.3, S22.1Bergstrom, D. J. S19.1, S25.2Bernardini, M. S16.1 Bertsch, R. L. S5.3, S5.4 Boeck, T. S8.1 Boi, S. S28.2 Borello, D. S11.4, S18.3Bouzaiane, M. S27.5 Boyette, W. R. S2.1 Brus, G. S20.1 Cação Ferreira, T. S. S1.5 Camerlengo, G. S18.3 Carrilho, L. A. S27.4 Casciola, C. M. S8.2 Castellanos, L. S21.3 Cecere, D. S26.1 Celis, G. E. O. S15.3 Chakraborty, N. S2.6, S4.4 Chakravarty, R. S25.2 Chauhan, K. S9.3 Chedevergne, F. S10.1 Cheng, N. S28.4 Cheng, W. S25.1 Chernoray, V. S14.4 Chikishev, L. M. S2.3 Cierpka, C. S8.1 Ciottoli, P. P. S16.1

Colombo, M. S11.1Cotta, R. M. SLCraft, T. J. S7.2Cregan, H. L. F. S5.1Crespí, D. S14.1Cruz, D. O. A. S1.4, S21.4,

S21.6, S27.3 Cruz, M. A. S10.2Dahl, P. S29.2Dekterev, A. S20.2Dekterev, D. S20.3Della Posta, G. S16.1Dennis, D. J. C. S5.1Djolali, N. K6Dodds, J. M. S5.1Dulin, V. M. S2.3Dutzler, G. K. S15.1Dzodzo, M. B. S9.4, S27.4Elbaz, A. M. S2.1Elsas, J. H. S5.2Erriquible, A. S3.4Ersan, A. K. S20.5Ertunc, Ő. S29.1Euzénat, F. S23.1Fairweather, M. S11.1, S19.2,

S19.3 Falcoz, Q. S23.1Ferrand, M. S22.1Flageul, C. S22.1Forooghi, P. S22.3Frohnapfel, B. S22.3Frolov, F. S. S26.3Frolov, S. M. S26.3Fu, S. S24.2Fukada, T. S19.4Fukudome, K. S1.3, S6.1Fukushima, N. S6.1; S11.5Gabriele, S. S11.4Gallo, M. S8.3Gama, S. M. A. S1.1Gatski, T. B. S1.2Gavioli, Y. S. S8.3Giacomazzi, E. S26.1Girimaji, S. S. S5.3, S5.4,

S7.1 Giusti, A. K1Gonçalves, G. F. N. S15.4Grobman, Y. J. S27.1Grossman, G. S27.2Guedes, V. G. S12.1Guiberti, T. F. S2.1Guimarães, M. C. S1.4Guldiken, R. S17.3Hadžiabdić,, M. S6.3

Haghgoo, M. R. S19.1Hanjalić, K. S3.2, S6.3,

S12.4, S20.2 Hara, S. S21.1Harun, Z. S20.6Hasslberger, J. S4.4Hattori, H. S18.4Hattori, Y. S9.2Haugen, N. E. L. S28.3Hershcovich, C. S27.1Horiuti, K. S21.5Hosseinzade, H. S25.2Houra, T. S18.4Hrebtov, M. S12.4Hughes, M. S23.4Hwang, J. H. S23.2Iacovides, H. S7.2Im, H. G. S2.6Ishii, K. S21.1Ito, Y. S3.3Ivantysyn, R. S20.4Iwamoto, K. S6.2, S21.2Iwano,K. S3.3Iyamabo, B. E. O. S16.4Jayawickrama, T. R. S28.3Jemcov, A. S16.2Jerng, D. W. S23.2Jiang, S. S24.2Jin, S. S14.3Jin, T. S28.4Kajishima, T. S19.4Kanzaki, R. S21.5Kappis, L. S13.4Karimi, M. S12.5Kasper, R. S17.1Kawaguchi, Y. K2, S7.4,

S21.1 Kelly, R. T. S16.2Kenjereš, S. S12.3Kimijima, S. S20.1Kinoshita, D. S22.4Kitamura, K. S9.1Klein, M. S2.6, S4.4Klein, T. S. S10.3Koganezawa, S. S6.2Koloszar, L. S17.2Kondo, Y. S2.5Kornev, N. S13.3, S13.4,

S17.1, S22.2 Krajnović, S. S14.4, S16.3Kröger, H. S22.2Kuban, L. S4.3Kuhn, D. S24.3Kuwata, Y. S7.4, S18.1

Lage, P. L. C. S15.3 Lahaye, D. J. P. S29.3 Laurence, D. S13.2 Laurence, D. S16.4 Lisboa, K. M. SL Litvinov, I. S20.2 Liu, T. S14.4 Lobasov, A. S. S2.3 Loureiro, J. B. R. S8.3, S15.4,

S21.3 Lozowy, R. S24.3 Maas, U. S2.2 Maeda, T. S2.4 Magaletti, F. S8.2 Mali, S. S23.3 Mamori, H. S6.1, S11.5Manceau, R. S7.3 Mangeon, G. S7.3 Markovich, D. M. S2.3, S3.2,

S8.2 Marocco, L. S22.3 Martelli, E. S16.1 Martins Afonso, M. S1.1 Martins, R. S. S1.2 Maslenikova, A. S20.3 Mastorakos, E. K1, S4.2 Matsubara, K. S25.3 Matsuda, K. S19.4 Mazzino A. S1.1, S28.2Medghalchi, M. S11.3 Medvedev, S. N. S26.3 Mellado, J. P. S12.5 Melo, R. R. S. S22.4 Meyer, B. S4.1 Minakov, A. S20.2, S20.3Minamoto, Y. S2.4, S2.5 Minelli, G. S14.4, S16.3Minuzzi, F. S2.2 Mitsuishi, A. S9.1 Mompean, G. S1.2 Moriconi, L. S5.2 Morimoto, K. S14.3 Mortimer, L. F. S19.2 Mozdzierz, M. S20.1 Mullyadzhanov, R. S3.2, S6.3 Muñoz, J. S14.1 Murad, F. W. S10.5 Murata, A. S6.2, S21.2Muratore-Ginanneschi, P.

S28.2

Murayama, Y. S18.4 Muromoto, T. S25.3 Naifer, S. S27.5 Nakamura, H. S14.2

Nakao, K. S9.2Narayanamurthy, S. S23.3Nasser, A. S7.2Navarro-Martinez, S. S26.2Ng, H. C. H. S5.1Nguyen, P. S13.2

S3.2Nieckele, A. O. S10.5Nishiyama, Y. S18.1Njobuenwu, D. O. S11.1, S19.2,

S19.3 Noormohammadi, N. S18.2Norizan, T. A. S20.6Obi, S. S15.2Ogami, Y S1.3Ogino, K. S6.1Oliveira, P. M. de S4.2Oliveira, R. A. E. S10.3Olsen, J. S23.4Onishi, R. S19.4Ozel Erol, G. S4.4Palkin, E. S3.2, S6.3Papapostolou, V. S2.6Parvar, S. S21.6Pashias, C. S15.1Patterson, J. S9.3Peçenek, E. S29.1Pereira, M. G. S15.3Pereira, R. R. S. S12.1Pervunin, K. S8.2Pham, H. T. K5Phan, T. S23.1Picchia, F. R. S26.1Pierson, J. L. S23.1Pinho, F. T. S21.4, S21.6Planquart, P. S17.2Platonov, D. S20.2, S20.3Pontedeiro, A. SLPoole, R. J. S5.1Praturi, D. S. S5.3, S5.4Pullin, D. S25.1Pustylnik, L. S27.1Rahman, M. M. S17.3Raizner, M. S27.2Ramos, D. A. S12.1Ramos, F. A. T. S27.3Rao, A. S16.3Reda, E. S20.6Rempto, M. J. S24.1Resagk, C. S8.1Revell, A. S16.4Richter, A. S4.1Rinsky, V. S27.1, S27.2Rispoli, F. S11.4

Roberts, W. L. S2.1Rosero, C. S11.2Sakai,Y. S3.3Salvagni, A. S18.3Sampaio, L. E. B. S10.2, S10.5Samtaney, R. S25.1Sanada, K. S15.2Santos, C. M. M. S27.3Santos, L. M. A. ERC LectureSarkar, S. K5Sarno, D. S7.2Sasson, N. S27.1Sbdillah Ramadan Fikri, D.

S29.3

Sengupta, S. S23.3S29.1

Serfaty, R. S22.4Sesterhenn, J. S18.3Sharma, D. S3.4Shestakov, M. S3.2Shevade, S. S. S17.3Shimura, M. S2.4, S2.5Shorbagy, A. S20.4Shtork, S. S20.2Sikovsky, D. Ph. S28.1Silva Freire, A. P. S1.4, S21.3Silva, C. B. Da S1.6, S21.4Silva, T. S. S1.6Silveira Neto, A. S22.4Soares, E. do A. S11.2Soares, E. do A. S15.4Solano, J. P. S14.1Sonoda, Y. S15.2Spiteri, R. J. S19.1Stella, F. S16.1Straub, S. S22.3Su, J. SL, S29.2Suga, K. S7.4, S18.1Sumner, D. S25.2Suto, H. S9.2Suzuki, T. S9.1Suzuki, Y. S14.3Szmyd, J. S. S20.1Tagawa, M. S18.4Takahashi, M. S3.3Takeuchi, S. S19.4Talluru, K. M. S9.3Tanahashi, M. S2.4, S2.5Teixeira, F. S23.1

S1.2S10.2, S10.5, S12.1

Timoshevskiy, M. S8.2Tiselj, I. S22.1

Toutant, A. S23.1 Tshuva, M. S27.1 Tsukahara, T. S1.3, S21.1Turnow, J. S13.3, S13.4,

S17.1 Tyliszczak, A. S4.3 Umeki, K. S28.3 Uranai, S. S11.5 Uribe, J S13.2 van der Geld, C. W. M.

K4

van Hout, R. S27.1, S27.2Venturini, P. S11.4 Vicente, P. G. S14.1 Villar, M. M. S22.4 Vinay, G. S23.1 Vuik, C. S29.3 Wachs, A. S23.1 Wald, J. F. S7.3 Wan Mokhtar, W. H. M.

S20.6

Wang, B. C. S18.2, S25.4Wang, P. S28.4 Weber, J S20.4 Wetzel, T. S22.3 Wiederhold, A. S8.1 Xia, K. Q. S3.1 Xiao, Z. X. S10.4 Yamada, S. S14.1 Yamaguchi, E. S21.2 Yamamoto, M. S6.1, S6.2,

S11.5 Yang, M. C. S10.4 Yasuda, R. S12.2 Yavuz, M. A. S20.5 Yoshida, A. S12.2 Yu, C. S2.2 Zapryagaev, I. S8.2 Zeccheto, M. S1.6 Zhang, J. S14.4, S16.3Zhang, L. S3.1 Zhang, Z. P. S25.4 Zheng, X. J. S28.4 Zwinkels, S. S12.3

�

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