COMPUTATIONAL TECHNOLOGIES FOR FLUID/THERMAL/STRUCTURAL/CHEMICAL
SYSTEMS WITH INDUSTRIAL APPLICATIONS
 

 2002- VOLUME I
 

EDITORS:  C.R. KLEIJN, S. KAWANO

CONTRIBUTING EDITOR:  V. V. KUDRIAVTSEV

 
FOREWORD

At the 1998 ASME/JSME Joint Pressure Vessels and Piping Conference in San Diego, we introduced a new international symposium devoted to the computational aspects of fluid interactions with thermal, chemical, physical, and structural phenomena, i.e. fluid-media interactions. In many branches of industry, such as the chemical process industry, the automotive and aerospace dynamics plays a role in its interaction with chemical reactions, plasma physics, structural load, thermal radiation, etc. The new Symposium wished to recognize recent developments in the use of Computational Fluid Dynamics (CFD) in such technologies, that require going beyond the application of fluid dynamics alone. The Symposium instantly became a great success, with over 70 papers by authors from over 20 different countries, published in two proceedings volumes. One year later, the second Symposium was held in Boston, Massachusetts, and the Symposium organizers received an ASME-PVP Division Award for organizing the best session of the 1998 PVP conference. The third Symposium was held in Atlanta, Georgia, on 2001, with a similar success.

With the 4th edition being held during the 2002 Joint ASME/JSME/KSME/European Organizations PVP Division Conference in Vancouver, Canada, the “International Symposium on Computational Technologies for Fluid/Thermal/Chemical/Stress Systems with Industrial Applications” continues to be the largest Symposium of the ASME PVP Division Conference.?This illustrates the importance and actuality of the issues addressed in this Symposium. This year, the Symposium consists of 19 sessions, during which 74 contributed and 7 keynote papers are presented by authors from 16 different countries. With some 60% of the participants coming from academia and research institution, and some 40% affiliated with industry and industrial CFD consultants, we hope that the Symposium will stimulate a higher degree of coordination between industrial CFD engineers, software developers, consultants and academic researchers.
Seven keynote lectures devoted to new developments in and applications of CFD were presented at the Symposium:

The best practice guideline for CFD - a European initiative on quality and trust
Torsten Wintergerste, ERCOFTAC and Sulzer Innotec (Wintherthur, SWITZERLAND)

Advanced CFD technology development
Dipankar Choudhury, FLUENT  (Lebanon, NH, USA)

Computational electromagnetic nondestructive evaluation and inverse analysis in defects characterization
Toshiyuki Takagi, Tohoku University (Sendai, JAPAN)

Multi-scale and multi-hierarchy modelling in electronic materials processing
Maurizio Masi, Carlo Cavalotti, Gianluca Valente, Marco di Stanislao, Politecnico di Milano (Milano, ITALY)

Multiscale analysis of nonequilibrium rarefied gas flows
Yoichiro Matsumoto, The University Of Tokyo (Tokyo, JAPAN)

Numerical study on the unsteady behavior in turbomachinery
Je-Hyun Baek, Postech (Kyungbuk, KOREA)

Computational modelling and simulation of proton-exchange membrane fuel cells
Ned Djilali, University of Victoria (Victoria, BC, CANADA)

As a new and very successful item, this year’s Symposium featured an evening panel session on “Present and Future of Industrial Strength CFD Codes”, in which leading experts from CFD code vendors, chaired by Prof. Brian Spalding, presented vision statements and discussed future needs and developments. Here, we wish to thank the panelists for their valuable contributions to this session.

Finally, we wish to express our gratitude to all the participants who, through their interesting contributions, made the Symposium to a success, to the many reviewers that assisted us in evaluating and maintaining the quality of the presented papers, and to ASME PVP division and Fluid Structure Interactions Committee for their support in organizing this Symposium.

We are also very glad to inform you that the Fluid-Structure Interactions Session from our 2001 Symposium (Atlanta, Georgia) has won the Best Technical Session Award of the ASME Pressure Vessels and Piping Division. The award will be presented to us during the Honors Luncheon.

Symposium papers are now available in eight ASME volume publications [1-8] and represent excellent reference for researchers, University students and professors describing various case studies, industrial applications of methods and techniques (CFD), discussing solved industrial problems and general topics of fluid-media interactions (“multi-physics” simulations).

Our next, i.e. fifth anniversary, Symposium will be organized in conjunction with the 2004 PVP Division Conference, which will be held in San Diego, bringing us back to the city where our Symposium took off in 1998.  Our present and future focus will be on using computational technologies for building better engineering products. Detailed information about the Symposium and future Call for Papers are available from the Symposium Web site http://www.cfdcanada.com .
 

                                                                                     V.V. Kudriavtsev, C.R. Kleijn, S. Kawano

REFERENCES

1. Computational Technologies for Fluid/Thermal/Structural/Chemical Systems with Industrial Applications: Volume 1, Published 2002, Eds. C.R. Kleijn, S. Kawano
2. Computational Technologies for Fluid/Thermal/Structural/Chemical Systems with Industrial Applications: Volume 2, Published 2002, Eds. S. Kawano, V. Kudriavtsev
3. Computational Technologies for Fluid/Thermal/Structural/ Chemical Systems with Industrial Applications: Volume 1, PVP -Vol. 424-1, Published 2001, Eds. V. Kudriavtsev, S. Kawano, 282 pp
4. Computational Technologies for Fluid/Thermal/Structural/Chemical Systems with Industrial Applications: Volume 2, PVP -Vol. 424-2, Published 2001, Eds. C.R. Kleijn,V. Kudriavtsev,  285 pp
5. Computational Technologies for Fluid/Thermal/Chemical Systems with Industrial Applications: Volume 1 , PVP -Vol. 397-1 , Published 1999 , Eds. V. Kudriavtsev, C.R. Kleijn, 335 pp
6. Computational Technologies for Fluid/Thermal/Chemical Systems with Industrial Applications: Volume 2 , PVP -Vol. 397-2, Published 1999 , Eds. C.R. Kleijn, S. Kawano, 336 pp
7. Computational Technologies for Fluid Thermal Structural Chemical Systems with Industrial Applications: Volume 2, PVP -Vol. 377-2, Published 1998, Eds. C.R. Kleijn, S. Kawano, 312 pp
8. Computational Technologies for Fluid/Thermal/Structural Chemical Systems with Industrial Applications: Volume 1, PVP -Vol. 377-1, Published 1998, Eds. V. Kudriavtsev, W. Cheng, 321 pp

ACKNOWLEDGEMENTS

The editors wish to thank the authors and the many other individuals who contributed to this proceedings volume. Special thanks are also extended to editors' affiliations, CFD Canada (Canada), Delft University of Technology (Netherlands) and Tohoku University (Japan) for enabling the editors to organize the Symposium, and to Mrs.Olga Saynina (CFD Canada), for her invaluable assistance in producing proceedings volume, symposium program and organization.
Some 100 individuals were involved in reviewing the submitted manuscripts. Without naming them all, the editors want to thank these reviewers for their important contributions in preserving the quality standards of these proceedings.
 

VOLUME I: TABLE OF CONTENTS:

   FUNDAMENTALS, CODES AND POST-PROCESSING
THE BEST PRACTICE GUIDELINE FOR CFD - AN EUROPEAN INITIATIVE ON QUALITY AND TRUST (KEYNOTE)
Torsten Wintergerste, Sulzer Innotec
A TECHNIQUE FOR SPECIFYING REGION OF INTEREST IN THE VECTOR FIELD BASED ON 3D LIC
Koji Sakai, Koji Koyamada, Kazuma Kamisawa, Akio Doi
CFD-CODE EVALUATION FOR COMPLEX INTERIOR FLOWS
H. Herwig, H. Mocikat, T. Guertler
A TECHNIQUE FOR SKELETONIZING A SCALAR FIELD USING A CRITICAL POINT GRAPH: APPLICATION TO A WEATHER SIMULATION
Kazuma Kamisawa, Koji Sakai, Koji Koyamada, Akio
CONVERGENCE ACCELERATION OF K-? TURBULENCE EQUATIONS WITH MULTIGRID
Soo Hyung Park, Chun-Ho Sung, Jang Hyuk Kwon
FLOW VISUALIZATION OF THE EVOLUTION of TAYLOR INSTABILITIES AND COMPARISON WITH  NUMERICAL SIMULATIONS
M.J. Braun, V. Kudriavtsev, Rajka Krstic Corder
SIMULATION of ARTIFICIAL TURBULENCE BY THE VORTEX METHOD
Yoshifumi Ogami, Kazuie Nishiwaki, Yoshinobu Yoshihara

 FLOW IN INTERACTION WITH ELECTROMAGNETIC FIELDS
A THREE DIMENSIONAL SIMULATION MODEL FOR LIQUID PHASE ELECTROEPITAXY UNDER MAGNETIC FIELD
Y.C. Liu, H. Sheibani, S. Sakai, S. Dost, Y. Okano
THREE- DIMENSIONAL NUMERICAL ANALYSES ON LIQUID-METAL MAGNETOHYDRODYNAMIC FLOW IN MAGNETIC-FIELD INLET-REGION
Hiroshige Kumamaru
NUMERICAL ANALYSIS OF AIR CONVECTION IN A VERTICAL CYLINDRICAL CONTAINER WITH AND WITHOUT A GRAVITATIONAL FIELD UNDER A GRADIENT OF A MAGNETIC FIELD
Masato Akamatsu, Mitsuo Higano, Yoshio Takahashi, Hiroyuki Ozoe

 REACTING AND COMBUSTING FLOWS
MULTI-SCALE AND MULTI-HIERARCHY MODELLING IN ELECTRONIC MATERIALS PROCESSING (KEYNOTE)
Maurizio Masi, Carlo Cavalotti, Gianluca Valente, Marco di Stanislao
 

SIMULATION of SIO2 DEPOSITION IN A VERTICAL 300 MM LPCVD FURNACE
G.J. Schoof, C.R. Kleijn, H.E.A. Van den Akker, T.G.M. Oosterlaken, H.J.C.M. Terhorst and F. Huussen
A NEWTON-KRYLOV BASED SOLVER FOR MODELING FINITE RATE CHEMISTRY
D. Wang, M. Bockelie, M. Cremer and J.Y. Chen
NUMERICAL MODELING OF COMBUSTION PROCESSES AND POLLUTANTS FORMATION IN DIRECT INJECTION DIESEL ENGINE
Hoo-Joong Kim, Sung-Mo Kim, Sung-Ku, Yong-Mo Kim, Jae-Hyun Ahn
MULTISCALE ANALYSIS OF NONEQUILIBRIUM RAREFIED GAS FLOWS (KEYNOTE)
Yoichiro Matsumoto
DENSITY DISTRIBUTION IN STAGNATION REGION OF SAFFMAN EQUATION FOR DUSTY GAS
Kazuhiro Tsuboi
SIMULATION OF INVISCID MULTI-SPECIES PLASMA FLOW
A. Martin, M. Reggio, J.Y. Trepanier
NUMERICAL SIMULATION of FULL OXY-FIRED OSCILLATING COMBUSTION
Ovidiu Marin, Benjamin Bugeat, Olivier Louedin, Marc Till
HYDROGEN DISTRIBUTION, COMBUSTION AND DETONATION FOR H2 RISK ANALYIS IN LARGE FACILITIES
A. Beccantini, N. Coulon, F. Dabbene, S. Gounand, S. Kudriakov, J-P. Magnaud, H. Paillere
NUMERICAL ANALYSIS of INTERACTION BETWEEN PLASMA JET AND FLAME IN SUPERSONIC FLOW
Kenichi Takita
NUMERICAL SIMULATION of NON-PREMIXED DIFFUSION FLAME AND REACTION PRODUCT AEROSOL BEHAVIOR IN LIQUID METAL POOL COMBUSTION
Akira Yamaguchi, Yuji Tajima
NUMERICAL MODELING of ECCENTRIC JET PRECOMBUSTOR
Sun Yezhu

 FLOW IN TURBOMACHINERY AND ENGINES
VALIDATED 1D/3D COUPLING METHOD TO SOLVE TRANSIENT FLOW IN INTERNAL COMBUSTION ENGINES
R. Sinclair, P. Schindler, T.S Strauss
LARGE EDDY SIMULATION of TURBULENT COMBUSTION FLOWS IN GAS TURBINE COMBUSTOR
Takuji Tominaga, Nobuyuki Taniguchi, Yuichi Itoh, Toshio Kobayashi
USING CFD TO IMPROVE AERO-ENGINE AIR/OIL SEPARATOR DESIGN
C. Eastwick, S. Hibberd, K. Simmons, Y. Wang, A. Aroussi, I. Care

 FLOW IN BIOLOGICAL AND MEDICAL SYSTEMS
DESIGN ANALYSIS OF THE VOLUMATIC SPACER - A CFD AND EXPERIMENTAL STUDY
V. Jalili, M.K. Patel, C. Bailey, S.M. Begg,  H.K. Versteeg, I. Hargrave,  I. Shrubb
THREE-DIMENSIONAL FLOW ANALYSIS IN VFP TYPE ARTIFICIAL HEART BY UNSTRUCTURED GRID
Satoyuki Kawano, Takuma Kato, Kazuhiro Nakahashi, Atsushi Shirai, Toshiyuki Hayase, Tomoyuki Yambe, Shin-Ichi Nitta, Hiroyuki Hashimoto
CFD ANALYSIS of THE BEHAVIOR of AIRBORNE ALLERGENS IN CARPETED AND UNCARPETED DWELLINGS
Bradley A. Cicciarelli, David L. Davidson, Edward H. Hart, P. Robert Peoples
FORCED FLOW HEAT AND MASS TRANSFER TO A CYLINDER SURROUNDED BY A POROUS MATERIAL WITH APPLICATION TO NBC PROTECTIVE CLOTHING
M.P. Sobera, C.R. Kleijn, H.E.A. Van Den Akker, P. Brasser
SELF-EXCITATION VOCALIZATION ANALYSES of VOCAL CHORD UNDER BREATHING FLOW AND WIDE FREQUENCY CHANGE BY MUSCLE ACTIVATION
Toshio Tsuta, Takeshi Iwamoto, Toshiyuki Shimizu, Daisuke Egusa

 FLOW IN ENERGY SYSTEMS
COMPUTATIONAL MODELLING AND SIMULATION of PROTON-EXCHANGE MEMBRANE FUEL CELLS (KEYNOTE)
Ned Djilali, T. Berning
TOOLS AND TECHNIQUES FOR FUEL CELL PERFORMANCE SIMULATION
Alton J. Reich, Rupak Das, Sandip Mazumder, J. Vernon Cole
THREE DIMENSIONAL MODELING of THE MEDIUM SIZE FUEL CELL STACKS: THERMAL EFFECTS ON THE STACK PERFORMANCE
V. Kudriavtsev, Rupak Das
NUMERICAL EXPERIMENTS FOR FLOW AROUND DUCTED TIP HYDROFOIL
Hildur Ingvarsdottir, Carl Ollivier-Gooch, Sheldon Green
DEVELOPMENT OF ULTRASONIC TEMPERATURE SENSORS FOR ULTRA-HIGH TEMPERATURE MEASUREMENT IN NUCLEAR REACTOR VESSEL
Kil -Mo Koo, Kwang-Soon Ha, Rae-Joon Park, Sang-Baik Kim, Hee-Dong Kim, Hee-Young Kang
AUTOMATIC DESIGN OF HYDROPOWER FLOWS: THE DRAFT TUBE
T.S. Lundström, M. Lindgren, B.D. Marjavaara
A NUMERICAL STUDY OF BWR STEAM SEPARATOR
Haruo Terasaka, Sensuke Shimizu
CFD ANALYSIS OF TURBULENT FLOW IN A NUCLEAR FUEL BUNDLE WITH MIXING VANE
Wang Kee In, Dong Seok Oh, Tae Hyun Chun
 
 
                           FLOW IN MULTIPHASE SYSTEMS
NUMERICAL STUDY of THE TWO PHASE AIR/OIL FLOW WITHIN AN AERO-ENGINE BEARING CHAMBER MODEL USING A COUPLED LAGRANGIAN DROPLET TRACKING METHOD
K. Simmons, S. Hibberd, Y. Wang, I. Care
 
 
 
 
 


 
 
 

COMPUTATIONAL TECHNOLOGIES FOR FLUID/THERMAL/STRUCTURAL/CHEMICAL
SYSTEMS WITH INDUSTRIAL APPLICATIONS
 

 2002- VOLUME II
 

EDITORS:  S. KAWANO, V.V. KUDRIAVTSEV

CONTRIBUTING EDITOR:  C.R. KLEIJN

 
FOREWORD

At the 1998 ASME/JSME Joint Pressure Vessels and Piping Conference in San Diego, we introduced a new international symposium devoted to the computational aspects of fluid interactions with thermal, chemical, physical, and structural phenomena, i.e. fluid-media interactions. In many branches of industry, such as the chemical process industry, the automotive and aerospace dynamics plays a role in its interaction with chemical reactions, plasma physics, structural load, thermal radiation, etc. The new Symposium wished to recognize recent developments in the use of Computational Fluid Dynamics (CFD) in such technologies, that require going beyond the application of fluid dynamics alone. The Symposium instantly became a great success, with over 70 papers by authors from over 20 different countries, published in two proceedings volumes. One year later, the second Symposium was held in Boston, Massachusetts, and the Symposium organizers received an ASME-PVP Division Award for organizing the best session of the 1998 PVP conference. The third Symposium was held in Atlanta, Georgia, on 2001, with a similar success.

With the 4th edition being held during the 2002 Joint ASME/JSME/KSME/European Organizations PVP Division Conference in Vancouver, Canada, the “International Symposium on Computational Technologies for Fluid/Thermal/Chemical/Stress Systems with Industrial Applications” continues to be the largest Symposium of the ASME PVP Division Conference.?This illustrates the importance and actuality of the issues addressed in this Symposium. This year, the Symposium consists of 19 sessions, during which 74 contributed and 7 keynote papers are presented by authors from 16 different countries. With some 60% of the participants coming from academia and research institution, and some 40% affiliated with industry and industrial CFD consultants, we hope that the Symposium will stimulate a higher degree of coordination between industrial CFD engineers, software developers, consultants and academic researchers.
Seven keynote lectures devoted to new developments in and applications of CFD were presented at the Symposium:

The best practice guideline for CFD - a European initiative on quality and trust
Torsten Wintergerste, ERCOFTAC and Sulzer Innotec (Wintherthur, SWITZERLAND)

Advanced CFD technology development
Dipankar Choudhury, FLUENT  (Lebanon, NH, USA)

Computational electromagnetic nondestructive evaluation and inverse analysis in defects characterization
Toshiyuki Takagi, Tohoku University (Sendai, JAPAN)

Multi-scale and multi-hierarchy modelling in electronic materials processing
Maurizio Masi, Carlo Cavalotti, Gianluca Valente, Marco di Stanislao, Politecnico di Milano (Milano, ITALY)

Multiscale analysis of nonequilibrium rarefied gas flows
Yoichiro Matsumoto, The University Of Tokyo (Tokyo, JAPAN)

Numerical study on the unsteady behavior in turbomachinery
Je-Hyun Baek, Postech (Kyungbuk, KOREA)

Computational modelling and simulation of proton-exchange membrane fuel cells
Ned Djilali, University of Victoria (Victoria, BC, CANADA)

As a new and very successful item, this year’s Symposium featured an evening panel session on “Present and Future of Industrial Strength CFD Codes”, in which leading experts from CFD code vendors, chaired by Prof. Brian Spalding, presented vision statements and discussed future needs and developments. Here, we wish to thank the panelists for their valuable contributions to this session.

Finally, we wish to express our gratitude to all the participants who, through their interesting contributions, made the Symposium to a success, to the many reviewers that assisted us in evaluating and maintaining the quality of the presented papers, and to ASME PVP division and Fluid Structure Interactions Committee for their support in organizing this Symposium.

We are also very glad to inform you that the Fluid-Structure Interactions Session from our 2001 Symposium (Atlanta, Georgia) has won the Best Technical Session Award of the ASME Pressure Vessels and Piping Division. The award will be presented to us during the Honors Luncheon.

Symposium papers are now available in eight ASME volume publications [1-8] and represent excellent reference for researchers, University students and professors describing various case studies, industrial applications of methods and techniques (CFD), discussing solved industrial problems and general topics of fluid-media interactions (“multi-physics” simulations).

Our next, i.e. fifth anniversary, Symposium will be organized in conjunction with the 2004 PVP Division Conference, which will be held in San Diego, bringing us back to the city where our Symposium took off in 1998.  Our present and future focus will be on using computational technologies for building better engineering products. Detailed information about the Symposium and future Call for Papers are available from the Symposium Web site http://www.cfdcanada.com .
 

                                                                                      V.V. Kudriavtsev, C.R. Kleijn, S. Kawano

REFERENCES

1. Computational Technologies for Fluid/Thermal/Structural/Chemical Systems with Industrial Applications: Volume 1, Published 2002, Eds. C.R. Kleijn, S. Kawano
2. Computational Technologies for Fluid/Thermal/Structural/Chemical Systems with Industrial Applications: Volume 2,  Published 2002, Eds. S. Kawano, V. Kudriavtsev
3. Computational Technologies for Fluid/Thermal/Structural/ Chemical Systems with Industrial Applications: Volume 1 , PVP -Vol. 424-1, Published 2001, Eds. V. Kudriavtsev, S. Kawano, 282 pp
4. Computational Technologies for Fluid/Thermal/Structural/Chemical Systems with Industrial Applications: Volume 2 , PVP -Vol. 424-2, Published 2001, Eds. C.R. Kleijn,V. Kudriavtsev,  285 pp
5. Computational Technologies for Fluid/Thermal/Chemical Systems with Industrial Applications: Volume 1 , PVP -Vol. 397-1 , Published 1999 , Eds. V. Kudriavtsev, C.R. Kleijn, 335 pp
6. Computational Technologies for Fluid/Thermal/Chemical Systems with Industrial Applications: Volume 2 , PVP -Vol. 397-2, Published 1999 , Eds. C.R. Kleijn, S. Kawano, 336 pp
7. Computational Technologies for Fluid Thermal Structural Chemical Systems with Industrial Applications: Volume 2, PVP -Vol. 377-2, Published 1998, Eds. C.R. Kleijn, S. Kawano, 312 pp
8. Computational Technologies for Fluid/Thermal/Structural Chemical Systems with Industrial Applications: Volume 1, PVP -Vol. 377-1, Published 1998, Eds. V. Kudriavtsev, W. Cheng, 321 pp

ACKNOWLEDGEMENTS

The editors wish to thank the authors and the many other individuals who contributed to this proceedings volume. Special thanks are also extended to editors' affiliations, CFD Canada (Canada), Delft University of Technology (Netherlands) and Tohoku University(Japan) for enabling the editors to organize the Symposium, and  to Mrs.Olga Saynina (CFD Canada), for her invaluable assistance in producing proceedings volume, symposium program and organization. Some 100 individuals were involved in reviewing the submitted manuscripts. Without naming them all, the editors want to thank these reviewers for their important contributions in preserving the quality standards of these proceedings.
 
 
 

VOLUME II : TABLE OF CONTENTS:

 FLOW IN MULTIPHASE SYSTEMS
TRANSIENT 3D SIMULATION of THE TURBULENT GAS-SOLID FLOW IN LARGE SCALE RISERS USING A DENSITY BASED SOLUTION ALGORITHM
Asit K. Das, Gorik Van Engelandt, Guy B. Marin, Geraldine J. Heynderickx
MULTIPHASE FLOW INVESTIGATION of A CENTRIFUGAL FILTER USING COMPUTATIONAL FLUID DYNAMICS AND EXPERIMENTS
S.D. Megson, M. Wilson, S.A. Macgregor

 FLOW AND MIXING
A COMPARISON OF SEVERAL CFD APPROACHES FOR PREDICTING GAS-LIQUID CONTACTING IN A CYLINDRICAL TANK AGITATED WITH A SINGLE RUSHTON TURBINE
Paul Gillis, Gerrit Hommersom, Matthias Schaefer
NUMERICAL INVESTIGATIONS OF A TURBULENCE MIXING PROCESS RELATED TO THERMAL STRIPING PHENOMENA AT A T-JUNCTION OF LIQUID METAL FAST REACTOR PIPING SYSTEMS
Toshiharu Muramatsu
CFD APPROACH OF GROWING CU-PARTICLES IN A 'KENICS' STATIC MIXER REACTOR
W.F.C. Van Wageningen, R.F. Mudde, H.E.A. Van Den Akker
COMPUTATION OF FLUID-STRUCTURE INTERACTION IN A STATIC MIXER USING MPCCI
Torsten Wintergerste
SIMULATION OF THE LAMINAR FLOW IN A PREMIX STATIC MIXER
R.F. Mudde, C. Van Pijpen, R. Beugels
 

 FLOW AND FLUID-STRUCTURE INTERACTION
LARGE EDDY SIMULATIONS OF FLOW INDUCED VIBRATIONS IN A VACUUM FLASHER UNIT
D. Tafti, R.G. Menon
INTERACTIVE SIMULATION OF GAS DECOMPRESSION AND CRACK PROPAGATION IN NATURAL GAS TRANSMISSION PIPELINES
Hiroyuki Makino, Yoshiaki Kawaguchi, Yoichiro Matsumoto, Shu Takagi, Shinobu Yoshimura
MODELING OF STRUCTURAL VIBRATION FOR MOTOR CHAMBER INTERNAL FLOW
D.R. Greatrix, V.V. Kudriavtsev
TUBULAR STRUCTURE DEFORMATION UNDER THE THERMAL LOADS OF TWO FLUIDS
Krishnamurthy Suresh, Samit Patil, Amita Tripathi
NUMERICAL ANALYSIS ON WAVE DYNAMIC PROCESSES IN PULSE DETONATION DEVICES
Z. L. Jiang, C. Wang, Z. M. Hu, W. Zhao

 VARIOUS APPLICATIONS OF INDUSTRIAL CFD
CFD MODELING OF STEAM METHANE REFORMER
Vibhor Mehrotra, B. Rosendall, A. Heath, J. Berkoe
EFFECTS ON PRANDTL NUMBER AND TRANSPIRATION PARAMETER ON A CERTAIN MHD FREE CONVECTION FLOW WITH VISCO-ELASTIC FLUID ALONG AN INFINITE VERTICAL POROUS PLATE
M. N. Islam
NUMERICAL AND EXPERIMENTAL ANALYSIS OF AN EVAPORATION COOLER
Robert Kickinger, Peter Wimmer, Helmut Leibinger
NUMERICAL ANALYSIS OF PHASE CHANGE AND NATURAL CONVECTION PHENOMENA DURING PIPE FREEZING PROCESS
Gi Ho Jeong, Byung Jin Ahn, Young Sik Seong, Kui Soon Kim
THE DEVELOPMENT AND VALIDATION OF FAST NUMERICAL METHOD OF SIMULATING WET STEAM FLOW
Dongyang Zhang, Jianjun Liu, Hongde Jiang
REYNOLDS STRESS TURBULENCE MODEL FOR PREDICTION OF SHEAR STRESS TERMS IN FILM COOLING CROSS FLOW  - NUMERICAL SIMULATION
A. Javadi, Kh. Javadi, Mohamad Taeibi-Rahni
MODELING THE AIRFLOW AROUND COOLING TOWERS WITH MULTI-BLOCK CFD
Zhiqiang Zhai, Song Fu
APPLYING CFD FOR DESIGN OF GAS CONDITIONING TOWERS WITH SWIRLING FLOW
Niels F. Nielsen and Leif Lind
NUMERICAL CALCULATIONS OF WING TIP VORTICES AND EFFECTS OF SUCTION AT WING TIP
Satoshi Okada, Nobuyuki Arai, Katsumi Hiraoka
INVESTIGATION OF TWO-EQUATION TURBULENCE MODELS APPLIED TO A CONFINED AXIS-SYMMETRIC SWIRLING FLOW
Ulf Engdar, Jens Klingmann
NUMERICAL SIMULATION OF ASYMMETRIC EXHAUST FLOWS USING AN ACTUATOR DISC BLADE ROW MODEL
Jianjun Liu
A MODEL FOR SIMULATION HEAT TRANSFER IN POROUS MEDIA
Alton Reich, Mahesh Athavale
TURBULENCE AND FIBER ORIENTATION IN THE CONVERGING SECTION OF A PAPER-MACHINE HEADBOX
Suqin Dong, Xiaosi Feng, Martha Salcudean, Ian Gartshore, Mohammad Shariati

USE OF CFD TO DESIGN MELT BLOWING DIE
Holly Krutka, Robert L. Shambaugh, Dimitrios V. Papavassiliou
THE RECONSTRUCTIVE METHOD FOR THE ENHANCEMENT OF DEPTH RESOLUTION FOR ACOUSTIC IMAGE USING THE SPATIAL FREQUENCY RESPONSE IN NPPS' MATERIAL
Kil-Mo Koo, Sang-Baik Kim, Dong-In Oh, Chi-Seung Park, Soon-Sin Hong
SEMI-EMPIRICAL APPROACH TO PREDICTING TEMPERATURES OF A NON-OPAQUE SURFACE
Bob Bush, Shu Li
A TECHNIQUE FOR DEVELOPING A PRECISE THERMAL COMPACT MODEL
Keishi Okamoto, Kohji Koyamada, Masanori Kuzuno, Toshihiko Nishio, Hidetoshi Kotera
NUMERICAL SIMULATION OF A SPECIALTY OPTICAL FIBRE DRAWING PROCESS
Katja Lyytikäinen, Peter Råback, Juha Ruokolainen
CFD APPLICATION TO CONSTRUCTION OF HAZARD MAPS OF VOLCANIC ERUPTIONS
T.Saito, H.Yamashita, K.Takayama
ADVANCED HYDRODYNAMIC DESIGN OF VERTICAL DIFFUSER PUMPS USING COMPUTATIONAL FLUID DYNAMICS
K. Michaelides, A. Tourlakis

 CFD OF FLOW WITH HEAT TRANSFER
CFD SIMULATION OF THE SIDE WALL FIRED TUBULAR REFORMING FURNACE
Per Nielsen, Lars J. Christiansen
AN ASSESSMENT OF PDP INSTALLED WITH VARIOUS RIBBED HEAT SPREADER FOR COOLING ENHANCEMENT
Jaejung Kim, Hongkoo Roh, Deoghee Doh, Seogweon Chang
THREE-DIMENSIONAL MODELING OF LIME KILNS
M. Georgallis, P. Nowak, M. Salcudean and I. S. Gartshore
THREE-DIMENSIONAL THERMAL-HYDRAULIC ANALYSIS IN SLIT FINNED-TUBE HEAT EXCHANGERS
Jiin-Yuh Jang, Jer-Nan Yeh, Her-Chang Ay
FLOW SEPARATION AND HEAT TRANSFER IN SHEAR FLOW OVER A WALL-MOUNTED OBSTACLE
S. Mahapatra, S. Bhattacharyya
 

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