1. science
2. engineering

CONFERENCE PROGRAMME
The 11th International Conference on Hydrodynamics
(ICHD 2014)
19 – 24 October 2014
Singapore
Inner Front Cover
Contents
ICHD Chairman’s Message
1
ICHD Executive Committee
2
ICHD International Scientific Committee
2
ICHD 2014 Local Organising Committee
3
ICHD 2014 General Information
4
ICHD 2014 Keynote Speakers
5
Conference Programme (19–23 October)
10
Technical Tour (24 October)
17
Maps and Directions
18
Useful Contacts
26
Message from ICHD Chairman
Hydrodynamics is that branch of fundamental science that forms the basic tools for many
disciplines involving fluid flow and the forces involved. Beyond a doubt, it is the many years of
scientific research and engineering achievements in hydrodynamics that leads us to where we are
today in ship and marine engineering, ocean and coastal engineering, mechanical and industrial
engineering, environmental engineering, hydraulic engineering, petroleum engineering, biological
& biomedical engineering etc. While many engineering questions have been answered, there are
still many more that need to be addressed through field trial, verification and fundamental
research and development (R & D).
Advanced research tools and techniques, including analytical model and numerical simulation have also been pioneered and
developed for hydrodynamic applications. ICHD is the forum for dissemination of information of such advance tools,
innovative ideas and solutions. It is also a platform to share experiences and views in hydrodynamics science and
applications.
The first International Conference on Hydrodynamics was held in Wuxi, China twenty years ago. Since then ICHD has become
a regular international conference convened biennially. The subsequent ICHDs were held in Hong Kong, Seoul, Yokohama,
Tainan, Perth, Ischia, Nantes, Shanghai and St. Petersburg. The 11th ICHD is convened in Singapore. The scope of this
conference has been broadened to include many aspects of theoretical and applied hydrodynamics. I noted that more than
130 papers have been proposed and submitted for presentation in the conference.
The 21st century sees many emerging issues of sustainable development and economic growth. This century also witnesses
the onslaught of the effect of climate change and increased frequency of natural disasters. It is also well recognised that the
21st century would be known as “the Century of the Ocean”, as the ocean would be seen as the provider of the resources,
including minerals, energy and food. One would readily acknowledge that the development of hydrodynamics, both in
scientific research and in engineering application, would gain much larger momentum than ever before. As a result,
hydrodynamic research would always be at the forefront of R & D, and hence the motivation and driver for future ICHD
Conferences. We see the beginning of such movement in the rich contents and coverage of research topics in the
Proceedings of 11th ICHD, as an example.
Singapore, the beautiful “City in a Garden” features pleasant climate and comfortable environment for scientific
presentations and deliberations. The active participation of scholars, researchers, engineers and students in this conference
is testimony to the high standing of the ICHD in the world arena, and is in no small way attributable to the able organisation
of the past and present organising committees, and recognition of the relevant scientific and engineering advances to be
deliberated in the conference by the academia and practitioners alike.
On behalf of the Executive Committee, I would like to heartily thank the Local Organising Committee led by the Chairman
Prof. TAN Soon Keat, the Secretariat led by Ms Joy CHUA Lian Heong, and all the authors and participants for their
contributions and excellent work. I wish the conference a successful and fruitful one for all delegates.
Professor Yousheng WU
Chairman
Executive Committee of ICHD
01
EXECUTIVE COMMITTEE
Y.S. Wu (Chairman, China)
S.Q. Dai (China)
S.J. Lee (Korea)
H. Liu (China)
R. Huijsmans (Netherlands)
C. Lin (Taiwan, China)
O.M. Faltinsen (Norway)
J.H.W. Lee (HK, China)
A. Pustoshny (Russia)
Marcelo A.S. Neves (Brazil)
S.K. Tan (Singapore)
X.B. Chen (France)
N. Sandham (UK)
J. Friech (Germany)
G.X. Wu (UK)
S.A. Mavrakos (Greece)
R.C. Ertekin (USA)
C. Lugni (Italy)
C.C. Mei (USA)
T. Kinoshita (Japan)
C. Yang (USA)
M. Kashiwagi (Japan)
S.C. Yim (USA)
Y.H. Kim (Korea)
T.Y. Wu (Honorary member, USA)
INTERNATIONAL SCIENTIFIC COMMITTEE
L. Cheng (Australia)
S.P. Zhu (Australia)
S.-Q. Yang (Australia)
S.Q. Dai (China)
D.Z. Wang (China)
S.T. Dong (China)
Y.S. He (China)
J.H.W. Lee (HK, China)
J.Z. Lin (China)
H. Liu (China)
C.O. Ng (HK, China)
B. Teng (China)
J.F. Tsai (Taiwan, China)
Y.S. Wu (China)
K. Yan (China)
X.B. Chen (France)
P. Ferrant (France)
V. Bertram (Germany)
J. Friech (Germany)
S.A. Mavrakos (Greece)
V. Sundar (India)
P. Cassella (Italy)
02
C. Lugni (Italy)
T. Kinoshita (Japan)
H.Tanaka (Japan)
K. Mori (Japan)
Y.H. Kim (Korea)
S.J. Lee ( Korea)
R. Huijsmans (Netherlands)
O.M. Faltinsen (Norway)
C. Guedes Soares (Portugal)
S.K. Tan (Singapore)
N.-S. Cheng (Singapore)
Y. M. Chiew (Singapore)
A. Incecik (UK)
S.D. Shao (UK)
Q.X. Wang (UK)
G.X. Wu (UK)
R.C. Ertekin (USA)
C.C. Mei (USA)
P.L.F. Liu (USA)
T.Y. Wu (USA)
C. Yang (USA)
S.C. Yim (USA)
LOCAL ORGANISING COMMITTEE
TAN Soon Keat, MRC, NTU (Chairman)
CHUA Lian Heong, Joy, SEO, NTU (Secretary)
Adhityan APPAN, IES, Singapore
CHENG Nian-sheng, NTU
CHIEW Yee Meng, NTU
Tom FOSTER, DHI (S)
GHO Wie Min, MPRL, Singapore
HUANG Zhenhua, NTU
LIONG Shie-Yui, TMSI, NUS
Daniel Zhang, SMI, Singapore
Alfred WONG, IES, Singapore
ZHANG Xiaoli, BCA, Singapore
Subrata CHANDA, MOT, Ngee Ann Polytechnic
Arun Kr DEV, MAST, Newcastle University (Singapore)
Tommy WONG Sai Wai, MRC, NTU
WANG Xikun, MRC, NTU
GAO Yangyang, MRC, NTU
Aziz Merchant, KOMTech, Singapore
DAI Ying, MRC, NTU (Secretariat)
LE Tuyet Minh, NEWRI, NTU (Secretariat)
03
ICHD 2014 General Information
(19th – 24th October 2014)
Conference Package
Delegates will receive a bag, lanyard, conference proceedings on flash drive, conference programme, abstract of conference
papers, banquet admission ticket and official receipt of the registration fee. Certificate of attendance will be made available
upon request. Delegates are requested to wear their lanyards throughout the conference.
Presentations
The time allocated to each speaker for their presentation and discussion is as follows:
Keynote speaker – 50 minutes (including 40-min presentation and 10-min Q&A)
Other speaker – 20 minutes (including 15-min presentation and 5-min Q&A)
Please be considerate and adhere to your allocated timeslot. Presenters are requested to (i) contact the session chair;
(ii) load their presentation files onto the computer provided in the respective room prior to their session. Software packages
(MS Office, Acrobat, RealPlayer, Windows Media Player) are installed on these computers, and run on Windows 7. Please do
go through your presentation files (especially videos/animations) on these computers before your allocated timeslot.
Presenters are encouraged to use the computers provided for their presentation.
Tea/Coffee Break and Lunches
Refreshments and lunches are served at the conference venue.
Internet
Free Wi-Fi is available at the conference venue.
Banquet
The conference banquet (dinner) will be held in the evening of 21st October. Shuttle buses will be available to transfer all
participants to the dinner from the conference venue and back to Park Avenue Rochester Hotel. Admission by banquet ticket
only.
Technical Tour
Participants are encouraged to sign up (at the registration desk as soon as possible) for a half-day technical tour on
24th October. Updated information will be posted on the notice board. Please look out for shuttle bus departure time at
conference venue.
04
ICHD 2014 Keynote Speakers
Keynote
Speaker
Name and Affiliation
Title of Speech
Prof. O. M. Faltinsen
AMOS
Department of Marine Technology
Norwegian University of Science and Technology
Norway
Hydrodynamics of marine and offshore
structures
Prof. Frederick Stern
HR-Hydroscience & Engineering
University of Iowa
USA
Recent progress in CFD studies
associated with naval architecture and
ocean engineering
Prof. Joseph H.W. Lee
Civil and Environmental Engineering
Hong Kong University of Science and Technology
Hong Kong
Environmental hydraulics of chlorine
disinfection for the Hong Kong
Harbour Area Treatment Scheme
Prof. Tao Jianhua
Institute of Environmental Science and Engineering
Tianjin University
China
Multi-physics and multi-scale modeling
for eco-environmental characteristics
of coastal water
Prof. Philip L.-F. Liu
Department of Civil and Environmental Engineering
Cornell University
USA
Catastrophic Events (Tsunami and
Storm Surges)
Prof. Liao Shijun
School of Naval Architecture, Ocean and Civil Engineering
Shanghai Jiaotong University
China
Development and applications of the
homotopy analysis method
Dr. Songdong Shao
Department of Civil and Structural Engineering
University of Sheffield
UK
Two ISPH modeling techniques in
hydrodynamics: coastal and river
simulations
Dr. Qianxi Wang
School of Mathematics
University of Birmingham
UK
Non-spherical multi-oscillations of a
bubble in a compressible liquid
05
Prof. Odd M. Faltinsen (Norwegian University of Science and Technology)
Prof. Faltinsen was born in 1944 in Stavanger, Norway, and obtained a cand. real. in applied mathematics at
the University of Bergen in 1968 and a PhD in Naval Architecture and Marine Engineering in 1971 at the
University of Michigan. He was employed by DNV from 1968 to 1974. He was dosent in marine technology
from 1974 to 1976 and professor of Marine Hydrodynamics from 1976 at NTNU. He has been member of 5
International Towing Tank Conferences (ITTC) committees including 2 as chairman, and 3 International Ship
Structure Committees (ISSC).
Faltinsen is elected member of Norwegian Academy for Technical Sciences, Norwegian Academy of Science and Letters, The
Royal Norwegian Society of Sciences and Letters and foreign member of the National Academy of Engineering, US and the
Chinese Academy of Engineering. He has been visiting professor 3 times 1-year periods at MIT, US and 3 months at the
Research Institute of Applied Mechanics, Kyushu University, Japan. He is a visiting professor at University College London,
honorary professor at Harbin Engineering University and Academic Master at Dalian University of Technology. He has
educated 56 PhD. Faltinsen is the author of the three textbooks Sea loads on Ships and Offshore Structures, Hydrodynamics
of High-Speed Marine Vehicles, Sloshing (co-authored with A. N. Timokha). They have all been published by Cambridge
University Press and are translated to Chinese. The sea-load book has also been translated into Korean. He has authored
more than 400 publications in scientific journals, conferences and books, and given more than 45 keynote and honours
lectures. He received the Fridtjof Nansen’s award for outstanding research in science and medicine in 2011. The 26th
International Workshop on Water Waves and Floating Bodies held in Athens on April 17th - 20th, 2011 was dedicated to
Professor Odd M. Faltinsen for his lifetime scientific achievements. The “Professor Odd Faltinsen Honoring Symposium on
Marine Hydrodynamics” was arranged at OMAE 2013, Nantes, France in June 9th - 14th, 2013. He received the OOAE
Division-ASME Lifetime Achievement Award in grateful recognition of significant lifetime contributions to marine and
offshore hydrodynamics in June 2013.
Prof. Frederick Stern (University of Iowa)
Prof. Stern is an internationally recognised expert in ship hydrodynamics. Prof Stern obtained his BSc, MSc
and PhD degrees in Naval Architecture and Marine Engineering from University of Michigan in 1975, 1977
and 1980, respectively. His current appointment is George D. Ashton Professor of Hydroscience and
Engineering at Department of Mechanical Engineering/Iowa Institute of Hydraulic Research, The University
of Iowa.
Research: Internationally recognised expert in ship hydrodynamics: computational methods, modeling, wave basin, towingtank and flume experiments; experimental/computational uncertainty analysis/quantification; and deterministic/stochastic
shape optimization. Continuously funded research grants/contacts post Ph.D. totaling 75 projects for $35M (95% single PI or
lead PI, 5% co-PI). Authored, co-authored, or edited: 6 international conference proceedings; 2 encyclopedia articles; 5
committee reports and 12 Quality Manual Procedures for the 21st - 25th International Towing Tank Conference; 6 book
chapters; 150 journal articles; 3 moderate review journal articles; 2 on-line archive articles; 200 conference proceeding
papers, and 45 reports.
Service: Member/chairman University, College of Engineering, Department of Mechanical Engineering, and Iowa Institute of
Hydraulic Research academic committees. Member Propulsion Committee (21st - 24th) and chairman Executive Committee
(25th) American Towing Tank Conference. Member (21st) and chairman (22nd - 23rd) Resistance Committee and secretary
(24th - 25th) Maneuvering Committee, International Towing Tank Conference. NATO Advanced Vehicle Technology and
Exploratory Teams (member and chair, 06-present). Member American Society of Mechanical Engineering, Society of Naval
Architects and Marine Engineers, and American Society of Engineering Education. Member or chairman of organizing
committees for 21 international conferences. Editorial committee 5 and associate editor 2 international journals and
reviewer for 24 journals/organizations. Department of Navy S&T Candidate Evaluation Committee and ATT Wake Physics
PAT.
Recognitions: B.S.E. Summa Cum Laude. Outstanding Undergraduate Student NA&ME 1975. Tau Beta Pi. University of Iowa
Old Gold Faculty Summer Fellowship (1984), Development Assignment Award (1991; 2011), and Faculty Scholar Award
(1993-1996). Visiting Professor: Dipartimento Di Ingegneria Civile, Universit`a Degli Studi Di Firenze, Italia (1990-1991).
Faculty Excellence Award for Research 2012 and NATO RTO Scientific Achievement Award 2012. Organiser 20 international
conferences/workshops. Over 50 international invited or guest lectures. Over 20 session chair or co-chair. 10 tutorials or
panels. 13 keynote lectures. Fellow American Society of Mechanical Engineering (2000). American Bureau of Shipping
Captain Joseph H. Linnard Prize 2010. Weinblum lecture 2012-2013.
06
Prof. Joseph H.W. Lee (Hong Kong University of Science and Technology)
Prof Lee grew up in Hong Kong and obtained his BSc, MSc and PhD degrees in Civil Engineering from the
Massachusetts Institute of Technology (1969-1977). He joined the University of Hong Kong (HKU) in 1980,
where he rose to Redmond Chair Professor of Civil Engineering in 1995. At HKU, he was Dean of
Engineering from 2000 to 2003, and Pro-Vice-Chancellor and Vice-President from 2004-2010. He took office
as Vice-President for Research and Graduate Studies at the Hong Kong University of Science and
Technology (HKUST) on 1 November 2010.
Prof Lee's research revolves around the use of hydraulics to solve environmental problems, in particular the prediction and
control of water quality. He is Chief Editor of the Journal of Hydro-environment Research and past Vice-President of the
International Association for Hydro-environment Engineering and Research - IAHR (2007-2011). He is the recipient of the
2013 Karl Emil Hilgard Hydraulic Prize of ASCE; he is also the first Asia-based academic to receive the ASCE Hunter Rouse
Hydraulic Engineering Award (2009). He is a Fellow of the Royal Academy of Engineering, United Kingdom and Immediate
Past President of the Hong Kong Academy of Engineering Sciences. In 2010 he was bestowed a State Scientific and
Technological Progress Award (Second Class) by the Chinese State Council.
Prof Lee has served as expert consultant on numerous hydro-environmental projects including the design of major urban
flood control and environmental management infrastructure in Hong Kong. He served on the Advisory Council on the
Environment and the Construction Industry Council (2009-2012) of Hong Kong Government, as well as advisory bodies in
Scotland, Germany and Singapore. He is Honorary Professor of Nankai University, and Advisory Professor of Hohai University
and Tongji University. He is a member of the Shanghai Committee of the Chinese People’s Political Consultative Conference
(CPPCC).
Prof. Tao Jianhua (Tianjin University)
Prof. Jianhua Tao graduated from the department of Hydraulic Engineering, Tianjin University 1957.
She went to Holland 1981, to study for Computational Hydraulics with M. B. Abbott in IHE and went
to DHI, Denmark 1982, to develop the software of coastal engineering.
After coming back to china 1983, She created Computed Hydrodynamics discipline in Tianjin University.
Beside teaching CFD,her group developed a system of numerical models and software to serve the
coastal engineering in china. In 1992, 1994, She was invited by UNDP of United Nations as Expert on
Mission to Pune, India, to train the Indian scientists and engineers for the project of ‘Centre of mathematical modeling of
river and marines’, which supported by UNDP.
Accumulated the research results more than 20 years, she published a Book Numerical Simulation of Water Waves in
Chinese in 2005.
Since 1993, an intercross discipline of Numerical Simulation of Eco-Environment has been set up in Tianjin University, which
combine the physics, chemistry, biology process and CFD technique, to do the research on the eco-environment of
Bohai Sea. As the director, she established the Institute of Environmental Science and Engineering of Tianjin University in
1999, and organised the most colleges in Tianjin University to join the research and undertook the projects of ecoenvironmental field.
She awarded the Earth Award for the sixth, by the Hong Kong Friends of the Earth in 2003.
In recent years, Professor Tao pay more attention to the latest intercross discipline" Hydroinformatics", to simulation
the process of fuzzy and uncertain for near-shore marine ecosystem.
As the Chair of local Organizing Committee, Prof. Tao organised The 9th International Conference on Hydroinformatic
in Tianjin, 2010, which is supported by Tianjin University and Tianjin Binhai New Area Administrative Committee.
07
Prof. Philip L.-F. Liu (Cornell University)
Philip L.-F. Liu is the Class of 1912 Professor at Cornell University and is affiliated with the School of Civil and
Environmental Engineering (CEE), the Centre of Applied Mathematics and the field of Computational
Sciences. Currently Dr. Liu is also the holder of the Kwoh-Ting Lee Chair Professorship at the National
Central University, Taiwan, where he is affiliated with the Institute of Hydrological and Oceanic Sciences.
After graduating with a B.S. degree in Civil Engineering from National Taiwan University in 1968, Liu studied at Massachusetts
Institute of Technology and received a S.M. degree in Civil Engineering in 1971 and a ScD degree in 1974. He joined Cornell
faculty as an Assistant Professor in the School of CEE in 1974 and was promoted to Associate Professor in 1979 and Full
Professor in 1983. He served as the Associate Director of the School in 1985-1986 and as the Associate Dean for
Undergraduate Studies of Engineering College in 1986-1987. Liu has been the Director of the School of CEE since July 1, 2009.
Liu is an internationally-recognised, front-line researcher in the fields of water wave theory, tsunami dynamics, wave-breaking
processes, sediment transport and the interaction of waves with structures. Since the 1990s, he has pioneered the
development of a unified mathematical model of wave behavior that covers a wide range of nonlinearity and frequency
dispersion. The advances have resulted in physically-based mathematical models and efficient computational procedures that
produce accurate predictions of wave fields over complex bathymetry as well as in the vicinity of coastal structures. His
reputation rests on the outstanding contributions he has made to fundamental understanding of wave processes and to the
applicability of his research to practical engineering problems. Liu’s research has yielded practical results including those
obtained by his COMCOT (Cornell-Multi-grid-Coupled -Tsunami-Model) and COBRAS (Cornell-Breaking-Waves-and-Structures)
models, which have been used around the world as a research and engineering tool to study tsunami propagation
and inundation, and evaluate breakwater designs.
Liu has co-authored one book and co-edited more than 10 books. His 238+ archival papers have received over 4875 citations.
Liu is a Fellow of the American Geophysical Union (AGU) and a distinguished member of the American Society of Civil
Engineers (ASCE). He has received many academic awards, including the prestigious ASCE Walter L. Huber Civil Engineering
Research Prize (1978), the J. S. Guggenheim Fellowship (1980), the ASCE John G. Maffatt & Frank N. Nichol Harbor and
Coastal Engineering Award (1997), the International Coastal Engineering Award ASCE (2004) and the Alexander von
Humboldt Research Award (2009).
Prof. Liao Shijun (Shanghai Jiaotong University)
Dr. Shijun LIAO (PhD, Shanghai Jiaotong University, 1992) is a distinguished professor, School of Naval
Architecture, Ocean and Civil Engineering, Shanghai Jiatong University, China. His research fields are fluid
mechanics, computational methods and applied mathematics.
In 1992 Prof. Liao proposed in his PhD dissertation the “homotopy analysis method” (HAM), an analytic
approximation method for highly nonlinear problems. The HAM works even for problems without any
small/large physical parameters. Especially, unlike other analytic approximation methods, the HAM
provides a simple way to guarantee the convergence of solution series. Besides, the HAM provides great freedom to choose
equation-type and solution-expression of high-order approximation equations. Due to these advantages, the HAM has been
widely applied in science, engineering and finance. As a founder of the HAM, Prof. Liao published his 1st book “Beyond
Perturbation” in 2003 via CRC Press, his 2nd book “Homotopy Analysis Method in Nonlinear Differential Equations” in 2012
via Springer and Higher Education Press, and edited the book “Advances in the Homotopy Analysis Method” in 2013 via
World Scientific. His books and 130 journal papers have been cited more than 5000 times by others, with the h-index 34.
Prof. Liao gained the Changjiang professorship in 2001. He was awarded “Shanghai First-class Prize for Natural Science” and
“Shanghai Peony Prize for Natural Science” in 2009.
Using the HAM as a powerful tool for nonlinear problems, Prof. Liao and his group successfully found something new. For
example, they found, for the first time, the multiple steady-state resonance waves, whose wave spectrum is independent of
time. Besides, they confirmed the existence of this kind of steady-state resonance waves by physical experiments, and their
experimental results agree well with the theoretical ones gained by means of the HAM. Currently, Prof. Liao proposed the
so-called “uniform wave model” (UWM), which gives, for the first time, the peaked solitary waves in finite water depth. In
addition, the UWM unifies both of the peaked and smooth progressive waves in finite water depth, for the first time. For
more information, please visit his homepage: http://numericaltank.sjtu.edu.cn
08
Dr. Songdong Shao (University of Sheffield)
Dr Songdong Shao is currently a Senior Lecturer at the University of Sheffield, after serving seven years at
the University of Bradford UK. He has been a Researcher at the University of Hong Kong, University of
Plymouth, Kyoto University, Nanyang Technological University, Beijing Forestry University and North China
Electric Power University from 1998-2006. Dr Shao obtained his Bachelor, Master and PhD degrees from
Tsinghua University China in 1992 and 1998. His research field is related to the hydraulics and
hydrodynamics, coastal engineering, fluid-structure interactions, multi-fluid flows and CFD models.
He has been doing SPH modelling for more than a decade and published 30 quality papers in international leading journals
on different applications of the free-surface flows and is internationally recognised in this field. He is one of the pioneers to
develop and use the incompressible SPH modelling technique. The total citations of his works are 780 in Scopus and 630 in
Web of Science and the earliest SPH paper has been cited over 200 times. He has also established strong links with many
international collaborators and secured fundings from the Royal Society, Royal Academy of Engineering, EU and other
overseas research councils aiming to carry out the world leading research. He currently serves as the Editorial Board Member
of the Coastal Engineering Journal JSCE and Scientific World Journal. He is a Visiting Professor of State Key Laboratory of
Hydroscience and Engineering, Tsinghua University.
Dr. Qianxi Wang (University of Birmingham)
Dr Qianxi Wang is from the School of Mathematics, the University of Birmingham. He obtained his BEng,
MEng and PhD from the University of Science and Technology, China. His research fields include bubble
dynamics, free surface wave/body interaction, perturbation methods and boundary integral method. He
has published about 30 journal papers. He is a frequent reviewer of Journal of Fluid Mechanics and Physics
of Fluids.
09
Conference Programme for ICHD 2014
19 – 24 October 2014
Conference Venue: NTU@One-north Executive Centre, Singapore
SUNDAY 19 October 2014 (Afternoon)
16:00 –
19:00
Registration at the Park Avenue Rochester Hotel
(Address: 31 Rochester Drive, Singapore 138637)
MONDAY 20 October 2014 (Morning)
08:00
Registration & Breakfast at the Conference Venue: NTU@One-north Executive Centre
(Address: 11 Slim Barracks Rise, Singapore 138664)
09:30
Conference Welcome Speech and Opening Address
10:10
TEA/COFFEE BREAK
11:00
PLENARY SESSION (Venue: AUD302; Chair: Prof. Tan Soon Keat) – Prof. Odd M. Faltinsen (Norwegian
University of Science and Technology)
Topic: Hydrodynamics of marine and offshore structures (ID: K1)
11:50
PLENARY SESSION (Venue: AUD302; Chair: Prof. Liu Hua) – Prof. Tao Jianhua (Tianjin University).
Topic: Multi-physics and multi-scale modeling for eco-environmental characteristics of coastal water
(ID: K4)
10
MONDAY20October2014(Afternoon)
LUNCH
12:50
14:05
PLENARYSESSION(Venue:AUD302;Chair: Prof.MasashiKashiwagi) Ͳ Dr.WangQianxi (UniversityofBirmingham)
Topic: NonͲsphericalmultiͲoscillationsofabubbleinacompressibleliquid(ID:K8)
14:55
TEA/COFFEEBREAK
Venue:AUD302
V
AUD302
(Chair:Prof.SeungͲJoon Lee)
Venue:LT601
V
LT601
(Chair:Prof.Izolda Sturova)
Venue:LT602
V
LT602
(Chair:Prof.George
Bergeles)
SR501
Venue:SR502
V
SR502
(Chair:Dr.KangChangWei)
Offshore&Marine
Structures(I)
Environmentalfluid
mechanics(I)
Cavitation andMultiphase
Flow(I)
ComputationalFluid
Dynamics(I)
15:20
#103:AeroͲhydroelastic
instabilitiesonanOffshore
FixedͲBottomWindTurbine
in severe sea state Enzo
insevereseastate.Enzo
Marino,ClaudioLugni,
ClaudioBorri
#167:OilRecovery
EnhancementviaDifferent
GasInjectionScinariosin
Fractured Reservoirs Yahya
FracturedReservoirs.Yahya
AlWahaibi
#171:Studyonthe
DestructionofTipVortex
Cavitation onPropellerof
13 000 TEU Class Container
13,000TEUClassContainer
Vessel.SungͲHanChu,SungͲ
Hoon Kim,GilͲHwanChoi
#131:Hydrodynamic
OptimizationofaTriSWACH.
ChiYang,FuxinHuang,Hyun
Yul Kim
Kim
15:45
#157:TheNewGeneration
SemiͲSubmersibleDrilling
Tender(SSDT).Aziz
Merchant,AnisHussain,
MurthyPasumarthy
#77:TheRadiation
HydrodynamicsEquations
andthedevelopedProgram
coupledNeutronMass
TransportEffect.Zhenying
Hong,Xiangdong Lu,Bo
Yang
#37:Numericaland
theoreticalanalysisonthe
collapseeffectofthepartial
cavitation around
deceleratingunderwater
vehicle.YingChen,
Chuanjing Lu,Xin
Lu Xin Chen,JieLi,
Chen Jie Li
Jiayi Cao,Zhaoxin Gong
#197:TheHighͲOrderPathͲ
ConservativeSchemeForA
SaurelͲAbgrall ModelOf
CompressibleNonͲ
ConservativeTwoͲPhase
Flow.Yueling Jia,Baolin
Tian Song Jiang E F Toro
Tian,SongJiang,E.F.Toro
16:10
#205:Experimentaland
numericalanalysisoftwoͲ
dimensionalsteadyͲstate
sloshinginarectangulartank
equippedwithaslatted
screen.RezaFiroozkoohi,
OddMagnusFaltinsen
#89:ThreeͲdimensional
numericalmodelingofwindͲ
drivencirculationinthe
Taihu Lake.JieZhou,QunͲ
LiangYang
#97:Studieson
hydrodynamicsand
modelingfora
supercavitating bodyin
transitionphase.Seonhong
Kim,Nakwan Kim
#78:Simulationofafast
speedboatmotioninregular
waveswithhelpofCFD.
DmitryNikushchenko,Vasily
Zverkov
16:35
#94: Analysisoffueltank
bafflestoreducetheimpact
generatedfromliquid
sloshing.Guohui Xu,Jiajun
Hu,Xuekang Gu
#210: Physical hydraulic
#210:Physicalhydraulic
modelling ofcontrolling
of controlling
foamingatcoolingwater
foaming at cooling water
outfall.Z.Q.Wang,S.P.Lim,
outfall. Z.Q. Wang, S.P. Lim,
Y.Y.Neoh,Fauzan
Kamal
Y.Y. Neoh, Mohd Nor
Ahmad,
Fauzan Kamal
#178:ExperimentalStudyof
Cavitating FlowinsideDiesel
NozzleswithDifferent
LengthͲDiameterRatios
UsingDieselandBiodiesel.
Zhuang Shao,Zhixia He,Qian
Wang,Wenjun Zhong,
Xicheng Tao
#88:Effectofregularseabed
shapeonthepressure
distributionbelowhull
bottom.Linjia Yang,Zhiyong
Qin,W.B.Zhang
17:00
#174: Experimental Study on
#174:ExperimentalStudyon
LiveLoadDependent
HydrodynamicBehaviorof
FloatingBody.YounͲJu
Jeong,MinͲSuPark,DuͲHo
Lee,YoungͲJunYou
#142:DesignandAnalysisof
#142:
Design and Analysis of
aFlowͲthroughBag
AquacultureSystem.Deepal
KantiDas,NikhilJagadish
Bhat
#29: Effects of the vertical
#29:Effectsofthevertical
launchingparametersonthe
underwatervehicle
movement.Zhaoxin Gong,
Chuanjing Lu,Jiayi Cao,JieLi,
Xin Chen,YingChen
#49:Lagrangian
#49:
Lagrangian particle
particle
simulationoflockͲexchange
flow.MengͲYuLin
17:25
#20:Wavedriftforces
estimationforthe
preliminarydesignof
d
dynamicpositioning
i
ii i
systems.MicheleViviani,
GianlucaPanzalis,Danilo
Ruscelli,LucaSebastiani,
RobertaDepascale
#184:Numericalsimulation
oftheenergydissipation
failureoftheaqueductfree
overfall.Yalin
f ll Y li Li,Shouqi
Li Sh
i
Yuan,SoonKeatTan,Xikun
Wang,Jieyun Miao
#86:Cavitation performance
ofexposedbolthead
fastenerconfigurations.
Willi
WilliamStraka,Jeremy
S k J
Koncoski,DavidStinebring
#84:Eliminationofhourglass
distortionsbymeansofthe
LagrangianͲGaussͲpointͲ
massmethodfor
h df
compressiblefluidflows.
Junxia Cheng,Baolin Tian
17:50
Endof1stͲdayProgramme
11
TUESDAY21October2014(Morning)
08:00
Registration&Breakfast
09:00
PLENARYSESSION(Venue:AUD302;Chair:Prof.YongHwanKim)– Prof.PhilipL.ͲF.Liu (CornellUniversity)
Topic: CatastrophicTsunamisandhurricanesinthelastdecade(ID:K5)
09:50
TEA/COFFEEBREAK
Venue:AUD302
(Chair:Prof.YongLiu)
Venue:LT601
(Chair:Dr.RezaFiroozkoohi)
Venue:LT602
(Chair:Prof.Dongfang Liang)
Venue:SR502
SR501
(Chair:Prof.Cuiping Kuang)
Offshore&Marine
Structures(II)
ShipHydrodynamics(I)
FluidͲStructureInteraction
CoastalEngineering(I)
10:20
#132:Naturalfrequencyof
2Ͳdimensionalhorizontal
cylindersheavingonfree
surface.SeungͲJoon Lee,
Jeha Song
#72:CrossͲflowtransverse
forceandyawmomentona
semiͲdisplacementvessel
withforwardspeedanddrift
angle.Babak Ommani,Odd
M.Faltinsen
#52:Higherorder
synchronizationoutside
primarylockͲinofcircular
cylinderoscillatingin
streamwise.LinLu,Guoqiang
Tang,BinTeng,LiangCheng
#110:Trappingofsurface
wavesbyasubmerged
trapezoidalbreakwaternear
awall.Harekrushna Behera,
Trilochan Sahoo
10:45
#76:Investigationonthe
EffectofFinenessRatioon
theHydrodynamicForceson
anAxisymmetric Underwater
BodyatInclinedFlow.
PraveenP.C.,Panigrahi P.K.,
Krishankutty P.
#126:Hydroelasticity
analysisofshipsinwaves.
Ranadev Datta,Mohammed
Rabius Sunny
#203:Vibrationresponse
analysisofanunderwater
submersible.SunJianͲGang,
Zou M.ͲS.
#31:Theresponseof
hydrodynamicstoCaofeidian
Projectin2012.Cuiping
Kuang,Jianwen Qi,M.T.
Jiang,Bingyu Wang,PingSu,
Z.Ma,F.T.Liu,D.Du
11:10
#173:ReviewofRiser
TechniquesforDeepwater
Application.HoangDat
Nguyen,Zhi YungTay,B.A.P
Francis, Valentin Mihalev
#91:CausalRepresentation
ofWaveForcesForTimeͲ
DomainSimulationof
Maneuveringand
Seakeeping Problems.
Grigory Vilenskiy,Dmitry
Nikushchenko,SergeyZaikov
#105:Waveinteractionwith
floatingflexiblecircularcage
system.Sourav Mandal,
Trilochan Sahoo
#8:Flowfieldanddensity
variationforaninternal
solitarywaveevolutionover
atrapezoidaltopography.
MingHungCheng,ChihͲMin
Hsieh,RobertR.Hwang,
JohnR.ͲC.Hsu, ShihͲFengSu
11:35
#7:FlowBehaviorarounda
CoatedPipelineEmbedded
PartlyinaPermeable
Seabed.HsinͲYuChang,
LiangͲHsiung Huang,MengͲ
YuLin,KaoͲHaoChang
#17:NumericalSimulation
onCoupledEffectbetween
ShipMotionandLiquid
SloshingunderWaveAction.
ShengͲChaoJiang,BinTeng,
YingGou,LinLu,W.Bai
#172:EͲSEMI Feasible
SolutionforDryTree
ApplicationinDeepwater.
Zhi YungTay,Amit Jain,
AdrianKe
#13:Usingspecialized
naturalconditionmapsand
hydrodynamical simulation
resultstobebasedon
marinespatialplanningof
Phu Quoc – ConDaoIslands
areas.Quang HoangNgoc,
ThongBuiXuan,TungDao
Hoang,Toan BuiDuc,Lan
Nguyen, Lan VuVan
Nguyen,Lan
Vu Van
12:00
#162:Predictionof
ResponsesofFloating
ProductionSystemsusing
theMultiGaussian
MaximumEntropyMethod.
UmbertoAlibrandi,Chenyin
Ma,ChanGheeKoh
#119:Measurementof
velocityfieldarounda
circularcylindernearplane
boundaryundergoing
vortexͲinducedvibration.
ShihͲChunHsieh,YeeͲMeng
Chiew,YingMinLow
#93:EffectofPropellerWash
onDistributionofNatural
Sedimentationaroundthe
MarinaBayCruiseCentrein
Singapore.Mamta Jain,
HoangHaNguyen,E.Precht,
ThomasFoster,Calvin
Chung,EuniceTan
12:25
#156:Challengesand
potentialofextended
tensionlegplatforminultraͲ
deepwater.Zhi YungTay,
Vasil Yordanov,Valentin
Mihalev,Ankit Choudhary
12
TUESDAY21October2014(Afternoon)
LUNCH
12:50
14:05
PLENARYSESSION(Venue:AUD302;Chair:Prof.YangChi) Ͳ Prof.LiaoShijun (ShanghaiJiaotong University)
Topic:Developmentandapplicationsofthehomotopy analysismethod(ID:K6)
14:55
TEA/COFFEEBREAK
Venue:AUD302
(Chair:Prof.Francis
Noblesse)
Venue:LT601
(Chair:Prof.Decheng Wan)
Venue:LT602
(Chair:Dr.Giulio Gennaro)
SR501
Venue:SR502
(Chair:Prof.Dezhi Ning)
ShipHydrodynamics(II)
IndustrialHydrodynamics
(I)
Cavitation andMultiphase
Flow(II)
WaveDynamicsandOcean
Energy(I)
15:20
#113:Atimedomainpanel
methodforthepredictionof
nonlinearhydrodynamic
f
forces.Ranadev
R
d Datta,
D
CarlosGuedes Soares,José
MiguelRodrigues
#163:DragReductionin
Waterby
Superhydrophobicity
S
SustainedLeidenfrost
i d L id f
V
Vapor
Layers.IvanVakarelski,
JeremyMarston,Sigurdur
Thoroddsen,DerekChan
#111:ACavitation
AggressivenessIndex(C.A.I)
withintheRANS
methodologyforCavitating
h d l
f C i i
Flows.GeorgeBergeles,
Foivos Koukouvinis,Manolis
Gavaises
#128:NumericalandsemiͲ
analyticalmethodsfor
optimizingwaveenergy
parks.MalinGöteman,Jens
k M li Gö
J
Engström,MikaelEriksson,
JanIsberg
15:45
#175:WindͲassistedship
propulsion:Areviewand
developmentofa
performanceprediction
programforcommercial
ships.GiovanniBordogna,
DavidJ.Markey,ReneH.M.
Huijsmans,J.A.Keuning,
FabioFossati
#70:Experimentalstudyon
dynamicsofbuoyantjets
andplumesinalinearly
stratifiedenvironments.
HarishN,Sridhar
Balasubramanian
#74:Theoreticaland
NumericalAnalysesofthe
ventilationmass’ssimilarity
forfiniteͲlengthcavities
basedonvolumecriteria.Xin
Chen,YingChen,Chuanjing
Lu,Majun Zhang,Shengping
Liang
#44:SignificantWaveHeight
RetrievalfromSynthetic
RadarImages.Andreas
Parama Wijaya,E.van
Groesen
16:10
#48:Apracticalsystemfor
hydrodynamicoptimization
ofshiphullformusing
parametricmodification
functionconsidering
operationalcondition.
KyungͲryeong Pak,Heejung
Kim,Yongchul Lee,Heetaek
Kim,Suhyung Kim,Jongsoo
Seo,Seungmyun Hwangbo
#154:Recentadvancement
inTendonTechnologyfor
DeepwaterApplication.Zhi
YungTay,HoangDat
Nguyen,WenPingWang
#40:StudyOnTheReverse
AdvancingCollapse
PhenomenonAtCavitation
BubblesClosureIn
UnderwaterVertical
LaunchingProcess.Yiwei
Wang,Chenguang Huang,
Xin Fang,Xiaocui Wu,
Tezhuan Du,Xianxian Yu
#67:AGeneralized3D
NumericalWaveTankfor
PracticalWaveͲStructure
InteractionsinSteepWaves.
Debabrata Sen,Shivaji
Ganesan
16:35
#101:ExperimentalStudyon
AddedResistancefor
DifferentBowShapesof
KVLCC2 Jaehoon Lee,DongͲ
KVLCC2.Jaehoon
Lee Dong
MinPark,Yonghwan Kim
#124:CalibrationofMEMS
ShearͲStressSensorsArrayin
WaterFlumeforUnderwater
Applications Tian YuͲKui,Xie
Applications.Tian
Yu Kui Xie
Hua,HuangHuan,SunHaiͲ
Liang,ZhangNan
#63:Cavitating Flow
SimulationwithMesh
DevelopmentusingSalome
Open Source Software
OpenSourceSoftware.
VictorHugoHidalgoDiaz,
Xianwu Luo,AnYu,Ricardo
Soto
#127:Thebaseratio
perturbationontransient
wavesina3Dregulartank
due to oblique hori ontal
duetoobliquehorizontal
excitation.ChihHua Wu,
BangͲFuh Chen,TinͲKan
Hung
17:00
#73:Evaluationofroll
dampingforPCTCs
consideringthecenterofroll
motion.Sungkyun Lee,JiͲHee
Hwang,JuͲHyuck Choi,HyunͲ
HoLee
#209:Toinvestigatethe
techniquesofgasbubble
detectioninporewaterfor
shallowsubsoilconditions.
RaymondC.M.Ching
#68:Thedevelopmentof
shouldercavitation whena
vehicleflyingthroughwater
surface.YuMa,XiaoͲWeiLiu,
ZhanHuang
#182:Transformationof
representativewaveheights
usingparametricalwave
approach.Winyu
Rattanapitikon,Nga Thanh
Duong
17:25
#198:Anoperational
approachfortheestimation
ofaship’sfuelconsumption.
N.Bialystocki,D.Konovessis
19:00
18:30
ConferenceDinner
13
WENESDAY22October2014(Morning)
08:00
Registration&Breakfast
09:00
PLENARYSESSION(Venue:AUD302;Chair: Dr.Jurgen Friech) Ͳ Prof.JosephH.W.Lee (HongKongUniversityof
Science&Technology)
Topic: EnvironmentalhydraulicsofchlorinedisinfectionfortheHongKongHarbour AreaTreatmentScheme(ID:K3)
09:50
TEA/COFFEE BREAK
TEA/COFFEEBREAK
Venue:AUD302
(Chair:Dr.SongdongShao)
Venue:LT601
(Chair:Dr.XikunWang)
Venue:LT602
(Chair:Prof.LinLu)
SR501
Venue:SR502
(Chair:Prof.Debabrata Sen)
HydraulicEngineering
Offshore&Marine
Structures(III)
CoastalEngineering(II)
WaveDynamicsandOcean
Energy(II)
10:20
#6:Theuseofcoarse
sedimenttransport
hydraulicstoestimatethe
peakdischargeof
catastrophicfloods.Colin
Clark
#24:Hydrodynamicanalysis
onthetypicalunderwater
gliders.MaZheng,ChenYaͲ
Jun,ChenHongͲXun,Kuang
Jun
#47:Modelling harbour
resonancewithanimproved
openboundarycondition.
Dongfang Liang,Jingxin
Zhang,J.Wang,Hua Liu
#25:Numericalstudyof
waveinteractionwithtwo
bodiesincloseproximity.
Dezhi Ning,Xiaojie Su,Bin
Teng
10:45
#123:Shearstressactingon
thebedwithverticalcircular
cylindersinopenͲchannel
flow.Kenjirou Hayashi,Ryou
Saitou,Tuyoshi Tada
#66:PIVMeasurementsof
WakeFlowCharacteristics
behindaRotatingCylinder.
YangyangGao,Z.L.Sun,
DanielleS.Tan,Baofeng
Zhang,SoonKeatTan
g,
#168:Dynamicsofslurry
settingduringland
reclamation.ThuTrangVu,
FengJunChua,Hak Soon
Lim,JiaHe,SoonKeatTan
#185:Airgap Calculationand
theEffectsofWave
DiffractionandHigherOrder
Waves.Xiaoming Cheng,Bo
Wu
11:10
#27:SimulatingFloodingin
ComplexUnderground
SpaceswithGPUͲbasedSPH
Method.Jiansong Wu,
Yueping Qin,Xiaobin Yang,
HuiZhang,RobertA.
Dalrymple
#130:Forceandflow
characteristicsofacircular
cylinderwithgrooved
surface.BoZhou,Xikun
Wang,SoonKeatTan,Wie
MinGho
#14:Identificationspeedof
sealevelriseatobserved
stationsinEasternand
WesterncoastofVietnam
SouthernPart.ThongBui
Xuan,Quang NgocHoang,
Toan Duc Bui,TungHoang
Dao,Lan VanVu,Lan
N
Nguyen
#165:Simulatingwater
wavesgeneratedby
underwaterlandslidewith
MPSandWCͲMPS.
MohammadAmin Nabian,
LeilaFarhadi
11:35
#46:NumericalStudyon
OpenͲChannelBifurcations
withTopographicObstacles.
ChengZeng,P.J.Hu,LingͲ
LingWang,C.W.Li,JieZhou
#199:NonlinearDynamic
AnalysisofSCRwithEffects
ofHystereticSeabed.Chao
Xu,GangMa,Lixin Xu,Liping
Sun
#16:NumericalModellingof
theCirculationFlow
MovementoftheZhoushan
LNGBerthandImprovement
Scenarios.Mingxiao Xie,Xin
Li,Hongbo Zhao,YinCai
12:00
#53:NumericalSimulationof
DamBreakingFlowsby
OverlappingParticle
Method. Zhengyuan Tang,
Yuxin Zhang,Decheng Wan
#2:Flowstructureand
hydrodynamicforcesofa
nearͲwallcylinderof
differentcrossͲsections.
XikunWang,SoonKeatTan
12:25
#133: Thecombiningeffects
ofinletguidevanesand
bladesettingangleson
performanceofaxialͲflow
pump system Weimin Feng,
pumpsystem.Weimin
Feng
QianCheng,C.G.Zhou,
Zhiwei Guo
14
WENESDAY22October2014(Afternoon)
LUNCH
12:50
14:05
PLENARYSESSION(Venue:AUD302;Chair:Dr.ClaudioLugni) Ͳ Dr.SongdongShao (UniversityofSheffield)
Title: TwoISPHmodelingtechniquesinhydrodynamics:coastalandriversimulations(ID:K7)
Topic:
Two ISPH modeling techniques in hydrodynamics: coastal and river simulations (ID:K7)
14:55
TEA/COFFEEBREAK
Venue:AUD302
(Chair:Prof.ChenHongͲXun)
Venue:LT601
(Chair:Dr.YingMinLow)
Venue:LT602
(Chair:Prof.LiuHua)
Venue:SR502
SR501
(Chair:Prof.JunAndo)
ShipHydrodynamics(III)
Offshore&Marine
Structures(IV)
Cavitation andMultiphase
Flow(III)
PropulsionandPropellers
(I)
15:20
#125:Acombinedviscous
andpotentialmethodforthe
computationofadded
resistanceinheadwaves.
Ch
Chengsheng
h
W Ji
Wu,JiangLu,
L
Daijun Yan,Shuxia Bu,
Gengyao Qiu
#138:ProbabilitySensitivity
AnalysisofExtremeSecondͲ
orderRollMotion
PredictionsforATurret
M
MooredFPSO.YoungJun
d FPSO Y
J
Son,Joong Soo Moon,Woo
Seung Sim,HyunSoo Shin
#43:Influenceofdifferent
gasͲinjectionconditionson
ventilatedcloudcavitation.
Xianxian Yu,Yiwei Wang,
Ch
Chenguang
H
Huang,Tezhuan
T h
Du,Xiaocui Wu,Lijuan Liao
#26:RudderͲpropeller
interaction:Analysisof
differentapproximation
techniques.DarioBruzzone,
St f
StefanoGaggero,C.P.
G
CP
Bonvino,DiegoVilla,Michele
Viviani
15:45
#96:MoistureContentLimit
ofIronOreFinesforthe
PreventionofLiquefactionin
BulkCarriers.Michael
Munro,Abbas Mohajerani
#35:Analysisonwave
actionsontwoclosely
spacedfloatingboxes.Yong
Liu,LinLu
#23:Dimensioncontrolof
theventilatedsupercavity in
themaneuveringmotion.
WangZou,Hua Liu
#136:Thecharacteristic
analysisofpropeller
disturbedflowfield.Chen
Ke,QianZhengͲFang,Jiang
JingͲWei,MaCheng,Cai
HaoͲPeng
16:10
#55:Partialvalidationand
verificationoftheNeumannͲ
Michell Theoryofship
waves.Chenliang Zhang,
FrancisNoblesse,Decheng
Wan,F.X.Huang,ChiYang
#51:Hydroelastic
investigationonfloating
bodynearislandsandreefs.
ChaoTian,X.Y.Ni,X.L.Liu,
Yousheng Wu
#75:Onenumerical
approachontheventilated
cavitating flowwiththetwoͲ
fluidmultiphaseflowmodel.
Jingjun Zhou,Rongrong Li,
KunTan
#42:Numericalsimulation
forunsteadypropeller
performancewithinclined
shaftpropellerarrangement
usingCFD.Prachakon
Kaewkhiaw,JunAndo
16:35
#100:Simulationof
#100:
Simulation of
ParametricRollbyUsinga
SemiͲAnalyticApproach.JaeͲ
Hoon Lee,Yonghwan Kim,
KangͲHyunSong
#54:ParallelMPSMethod
#54:
Parallel MPS Method
for3DWaveͲbody
InteractionFlows.Yuxin
Zhang,Zhengyuan Tang,
Decheng Wan,Wenhua
Huang
#179:Investigationofthe
#179:
Investigation of the
internalflowandspry
characteristicsfromdiesel
nozzlewithdifferentneedle
shapes.LiangZhang,Zhixia
He,Qiang Wang,Zhuang
Shao,Genmiao Guo
#65:Computationalanalysis
#65:
Computational analysis
ofcontraͲrotatingpodded
propulsors usingahybrid
RANSE/BEMmodel.Danilo
Calcagni,Francesco
Salvatore,RobertoMuscari,
JohanSundberg,Rikard
Johansson
17:00
#207:Methodologyforthe
shiptoshiphydrodynamic
hi
hi h d d
i
interactioninvestigation
applyingtheCFDmethods.
AnastasiaZubova,Dmitry
Nikushchenko
#151:Numericalsimulation
oftwoͲphaseflowswiththe
f
h
fl
ih h
ConsistentParticleMethod.
MinLuo,ChanGheeKoh,
MimiGao,WeiBai
#114:APropellerDesign
P
ProcedureConsideringthe
d
C id i
h
InteractionbetweenShip
HullsandPropulsion
Devices.ChingͲYehHsin,
ChingͲPu Lee,TungͲChing
Chen,LeͲAnLin
17:25
#201:Steadilytranslating
Greenfunctionwithviscosity
andsurfacetensioneffects.
H.Liang,X.B.Chen,Z.Zong,
L.Sun
17:50
Endof3rdͲdayProgramme
15
THURSDAY23October2014(Morning)
08:00
Registration&Breakfast
09:00
PLENARYSESSION(Venue:LT301;Chair:Dr.ChenXiaobo)Ͳ Prof.FrederickStern (UniversityofIowa)
Topic: RecentprogressinCFDofnavalarchitectureandoceanengineering(ID:K2)
09:50
TEA/COFFEEBREAK
Venue:LT301
(Chair:Dr.Babak Ommani)
Venue:LT601
(Chair:Prof.Cheng
Xiaoming)
Venue:LT602
(Chair:Dr.TommyWong)
Venue:SR502
SR501
(Chair:Prof.ChiuͲOnNg)
ComputationalFluid
Dynamics(II)
PropulsionandPropellers
(II)
Environmentalfluid
mechanics(II)
IndustrialHydrodynamics
(II)
10:20
#158:PerformanceAnalysis
ofMassivelyͲParallel
ComputationalFluid
Dynamics.JamesN.Hawkes,
StephenR.Turnock,SimonJ.
Cox,AlexB.Phillips,
Guilherme Vaz
#33:Applicationofdifferent
designandanalysistoolsfor
apropellerinaxialcylinder.
StefanoGaggero,Giorgio
Tani,CristinaVaccaro,
MicheleViviani,M.
Ferrando,FrancescoConti,
RobertaDepascale
#160:TidalͲanddensityͲ
drivenflowsinsubmerged
vegetation.WenZeeKwong,
VivienPChua
#5:NaturalConvectionina
VerticalPolygonalDuctWith
BothWallsExhibiting
Superhydrophobic Slipand
TemperatureJump.Hang
Yuan,ChiuͲOnNg,C.Y.Wang
10:45
#147:Amodelfor
inhomogeneousoscillations
nearthestoppingangleinan
inclined,granularflow.
DanielleTan,PatrickRichard,
JamesJenkins
#12:PredictionofSteady
PerformanceofContraͲ
RotatingPropellersincluding
WakeAlignment.Yasuhiko
Inukai TakashiKanemaru,
JunAndo
#69:Convectiveinstability
anddiffusioninisothermal
ternarygasmixturesat
variouspressuresand
viscosity.VladimirKossov,
OlgaFedorenko,Venera
Mukamedenkizy
#166:Modelling ofoilͲwater
flowpatternsandpressure
gradientinhorizontalpipes.
Talal AlWahaibi,Yahya Al
Wahaibi,Farouq Mjalli,
BaderAlͲBusaidi
11:10
#39:Computingthefree
surfacehydrodynamic
coefficientsofhighspeed
blendedwingbodyvehicle
basedonsemiͲrelative
referenceframeandimplicit
p
VOFmethod.Xiaocui Wu,
Yiwei Wang,Chenguang
Huang,Zhiqiang Hu,R.W.Yi
#21:Comparisonofdifferent
scalingmethodsformodel
testswithCLTpropellers.
JuanGonzálezͲAdalid,
MarianoPérez Sobrino,
Amadeo García Gómez,,
Giulio Gennaro,Stefano
Gaggero,MicheleViviani,
AntonioSánchez Caja
#116:SigmaͲZED:A
ComputationallyEfficient
ApproachtoReducethe
HorizontalGradientErrorin
theEFDC’sVerticalSigma
Grid.P.M.Craig,D.H.Chung,
g,
g,
N.T.Lam,P.H.Son,N.X.Tinh
#208:TheExperiment
InvestigationofLargeScale
ofTurbulentflowinthe
ChannelBottomLayerUsing
DPIV.ZhanHuang,Jian
Gong,HaoͲQinSu,HongͲWei
g,
,
g
Wang,GongͲXin Shen
11:35
#81:ANumericalStudyof
FlexibleHydrofoilinWater
Tunnel.ShiͲLiangHu,ChuanͲ
JingLu,YouͲShengHe
#115:Developmentofthe
HorizontalAxisMarine
CurrentTurbineBlade
DesignProcedure.AnͲChieh
Kuo,ChingͲYehHsin,FanͲ
Ting Hong YuͲSiou
TingHong,Yu
Siou Luo,
Luo
ChiungͲChihLin
#11:Transversalinternal
seiches inbasinofvariable
depthandcontinuous
stratification.Izolda Sturova
#129:Experimentalstudyof
dragreductiononrough
cylinders.BoZhou,Xikun
Wang,SoonKeatTan,Wie
MinGho
12:00
#87:NumericalAnalysison
theWindPressure
Characteristicsof
CombinatorialHemisphere.
Linjia Yang,Pengfei Zhu,X.P.
Liu
#137:Numerically
CalculatingMethodforthe
UnsteadyHydrodynamic
performanceofPodded
Propellers.QianZhengͲFang,
ChenKe,MaCheng,Cai HaoͲ
Peng,JiangJingͲWei
#177:Investigationonthree
interactingpipejetsat
inclinationangleof30
degree.JiaxinZheng,Soon
KeatTan
#139:UtilizingCFDasatool
forsumpmodeldesign.
Imran Halimi Ibrahim,Aziz
Gulam,Rohayah AbdulLatip
12:25
#141:AddedMassand
DampingCoefficientsfora
uniformflexiblebargeusing
VoF.JungͲHyunKim,
Puramharikrishnan Arun
Lakshmynarayanana,
Pandeli Temarel
16
#3:BasicPerformance
ChecksofTwelveͲWire
Probe.Z.Hao,T.Zhou,L.P.
Chua
THURSDAY 23 October 2014 (Afternoon)
12:50
14:00
LUNCH
End of 4th-day Programme
FRIDAY 24 October 2014
Technical Tour to Marina Barrage
Marina Barrage
The Marina Barrage is a dam in Singapore built at the confluence of five rivers, across the Marina Channel between Marina
East and Marina South. It was officially opened on 1 November 2008. It is Singapore's fifteenth reservoir, providing water
storage, flood control and recreation. It won a 2009 AAEE award.
Tour to Marina Barrage should be arranged in group of maximum of 80 pax per session slot. Therefore, the ICHD 2014
Local Organising Committee has booked the following three (3) session slots (see table below) for the conference
delegates on 24 October 2014.
Free shuttle bus will be provided for ICHD 2014 delegates between the conference venue and Marina Barrage. Due to
the pax limit, the availability of each session slot is based on the first-come-first-serve basis.
Delegates interested in attending the technical tour are required to select their preferred time slot during the online
registration (http://www.ichd2014.org/registration.html).
Technical Tour to Marina Barrage
Tour
Session
Session Time
Departure from
the conference venue
Arrival to
the conference venue
A
09:00 am to 10:00 am
8:15 am
10:45 am
B
11:00 am to 12:00 pm
10:15 am
12:45 pm
C
13:30 pm to 14:30 pm
12:45 pm
15:15 pm
17
Location Map for Conference Venue/Hotel
Buona Vista
MRT (Mass Rapid Transit) Station
Park Avenue Rochester Hotel
(Recommended hotel for delegates)
Tel: (65) 6808 8600
Address: 31 Rochester Drive
Singapore 138637
Conference Venue:
NTU@One-North Executive Centre
Address: 11 Slim Barracks Rise
Singapore 138664
Map reproduced from Mighty Minds Street Directory –
Singapore's Most Updated Street Directory
18
Conference Banquet Venue:
Fusionopolis (on 21 Oct evening)
Address: 1 Fusionopolis Way
Connexis #B1-20/24
Singapore 138632
Direction from Bouna Vista MRT to Conference Venue
Total: 450 m, 6 min by walk
1. Alight at Bouna Vista MRT station, take Exit D (Exit to Ministry of Education
Headquarter)
300 m
- Head southwest on North Buona Vista Rd toward Slim Barracks Rise
2. Turn left onto Slim Barracks Rise
150 m
-Take the stairs, destination will be on the left
Park Avenue Rochester Hotel
Exit D,
Buona Vista MRT
Stairs leading to
Conference Venue
19
Direction from Park Avenue Rochester Hotel to Conference Venue
Total: 588 m, 9 min by walk
1. Head southeast on Rochester Drive toward North Buona Vista Road
2. Turn left onto North Buona Vista Road
180 m
3. Cross North Buona Vista Road using pedestrian crossing, then make a U-turn
190 m
4. Turn left onto Slim Barracks Rise
-Take the stairs, destination will be on the left
150 m
Park Avenue Rochester Hotel
(viewed from the Stairs leading
to Conference venue)
20
68 m
Conference Venue: NTU@One-North Executive Centre
(Postal code: 138664; GPS coordinates: 1.303699, 103.789607)
Conference Venue – View from North Buona Vista Road
If you drive, turn into Slim Barrack Drive
(off Buona Vista road) then turn left
Auditorium: Take either the LIFT or STAIRS to Level 3
Other Function Rooms: Take LIFT to level 5, 6 or 7
Level 3 corridor, entrance to
AUD302 - Auditorium
Seminar Room
Auditorium
Lecture Theatre
21
Amenities near Conference Area
Buona Vista
MRT stations
Market and
Food Centre
Block 44,
Holland Drive
The Star Vista
Shopping Mall
Recommended Hotel:
PARK AVENUE HOTEL
31 Rochester Drive
Singapore 138637
Tel: (65) 6808 8600
Conference Venue:
NTU@One-north Campus
11 Slim Barracks Rise (off
North Buona Vista Road)
Tel: (65) 65141903
Conference Dinner Venue
FUSIONOPOLIS
1 Fusionopolis Way
Connexis #B1-20/24
Singapore 138632
22
Nearest Hospital:
National University Hospital
5 Lower Kent Ridge Rd
(near Kent Ridge MRT)
Singapore 119074
Tel: (65) 6779 5555 (24-Hr)
Conference LOC contact:
Le Tuyet Minh - HP: (65) 8146
2812
:@!
Wang Xikun - HP: (65) 9862 8223
Direction from NTU@One-north (Conference Venue)
to Fusionopolis (Conference Dinner Venue)
Total: 850 m, 10 min by walk
1. Head southeast on Slim Barracks Rise toward One North Link
270 m
2. Turn right onto One North Link
100 m
3. Turn left onto One-north Gateway
260 m
4. Continue onto Fusionopolis Way
94 m
5. Turn right onto Ayer Rajah Ave. Destination will be on the right
100 m
23
Direction from Park Avenue Hotel
to Fusionopolis (Conference Dinner Venue)
Total: 1 km, 12 min by walk
1. Head southeast on Rochester Dr toward North Buona Vista Rd
24
82 m
2. Turn right onto North Buona Vista Rd
650 m
3. Cross North Buona Vista Rd using pedestrian crossing, then turn left onto
Ayer Rajah Ave . Destination will be on the left
260 m
25
Useful Contact Numbers
Emergency contact:
Police
Fire/Ambulance
999
995
Transportation:
Services
Telephone
Website
SBS Transit
1800-2872727
www.sbstransit.com.sg
SMRT Customer Service Centre
(Bus and MRT trains)
1800-3368900
www.smrt.com.sg
Taxi Service (Comfort)
(65) 6552 1111
www.comforttransportation.com.sg
Taxi Service (Citycab)
(65) 6552 2222
www.citycab.com.sg
Taxi Service (SMRT)
(65) 6555 8888
www.smrt.com.sg
Contacts for ICHD 2014
Secretariat
Ms. Joy Chua
Ms. Dai Ying
Ms. Le Tuyet Minh
Maritime Research Centre
Nanyang Technological University
Email: maritime@ntu.edu.sg
Tel: (65) 6790 6618
26
Singapore
Organised by:
Supported by:
Maritime Research Centre
Nanyang Technological University
Sustainable Earth Office (SEO)
Nanyang Technological University
Maritime Research Centre
Held in: