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IACM
WCCM III
The Third World Congress onComputational Mechanics
Extended Abstracts
Volume I
August 1 - 5, 1994
Chiba, Japan
International Association for Computational Mechanics
CONTENTS Volume I
Plenary Lectures
* —Invited Lectures
1-1
PL-A Simulation - Mathematical Model and Physical ModelI.Imai
PL-B Finite Elements in Fluid Mechanics - Search for an Optimal ApproachO.C.Zienkiewicz
1-2
1-3
Session A1-A14: Structural Dynamics
Al Structural Dynamics -1
1-9
KeynoteLecture
Multiple Scale Reproducing Kernel and Wavelet Methods for Structural DynamicsW.K.Liu
A Precise Time Integration Algorithm for Nonlinear SystemsW.X.Zhong, J.Zhu and X.X.Zhong
1-10
1-12
A1 -3 Extrapolation Methods for Large Systems of Ordinary Differential Equations I-18Supriyono and T.Miyoshi
A1-4 A New Hierarchical Adaptive Refinement Scheme in Time for the Finite ElementStructural Dynamics 1-20
J.W.Cho and S.K.YounA1-5 A Self-Correcting Time Integration Scheme for Structural Dynamic Analysis 1-22
S.Wang, P.Tong and T.Y.P.ChangAl-6 Stationary Approximation for Nonstationary Random Vibration Analysis 1-24
S.Aoki
A2 Structural Dynamics - 2A2-1* A Time Integration Algorithm with Variable Numerical Dissipation for First-Order
Dynamical Systems 1-26G.M.Hulbert
A2-2 Unconditionally Stable Time-integrators for Linear and Nonlinear Constrained Dynamics 1-28C.Farhat, L.Crivelli and M.Geradin
A2-3 An Integrator Based on Bulirsch-Stoer Algorithm for Numerical Simulation ofDynamic Systems 1-30
D.Bassani and R.VadoriA2-4 Muiti-Time Step Explicit Time Integration for Problems in Elastodynamics 1-32
P.SmolinskiA2-5 An Accuracy Analysis of Multi-Time Step Integration Schemes in
Explicit Structural Dynamic Analysis 1-33S.Gupta and M.R.Ramirez
A3 Structural Dynamics - 3A3-1 * Computer Simulation of the Seismic Response of Buildings with a Nonlinear Hybrid
Control System 1-35A. H.Barbat, J.Rodellar, N.Molinares and E. P.Ryan
A3-2 Dynamic Response of High-Rise Building with Energy Dissipation Devices 1-37Y.H.Huang and A.Wada
A3-3 Response and Damage Analysis of R.C. Structures under Mainshock and Aftershocks 1-39B.Wu and J.P.Ou
A3-4 3-D Inelastic Analysis of Asymmetric Building to Random Ground Motion 1-41H.Shakib and M.R.Solimani Nejad
A3-5 Dynamic Analysis of Toushiyodaiji Koudou of Japan 1-43Y.Wu and Z.Chen
A4 Structural Dynamics - 4A4-1 * The Influence of the Supports Stiffness in the Modal Analysis of the Structures 1-45
M.Ieremia, A.Purnus, S.Lepadat, R.Georgescu and A.AbdulamitA4-2 Nonaxisymmetric Free Vibration of the Earth 1-47
H.J.Ding, W.Q.Chen and D.Q.ZouA4-3 Double Deck Bridge Collapse Simulation in Loma Prieta, San Francisco Earthquake 1989 by
the Extended Distinct Element Method 1-49M.Hakuno
XI
A4-4 Modal Transformation Method for Dynamic Interaction Analysis of High-speed Train,Rail and Bridge * 1-51
M.Tanabe, H.Wakui and N.MatsumotoA4-5 Control Effects on Dynamic Response of Offshore Structure 1-53
K.Kawano and H.IshizawaA4-6 Dynamic Analysis of Road Pavements 1-55
M.D.L.B.C.Antunes and C.A.B.PinaA4-7 Simulation of Under Water Explosion Experiments 1-57
N.Yoneda, S.Iwata, M.Tanigawa, S.M.H.Rashed and A.Kawahara
A5 Structural Dynamics - 5A5-1 * Soil-Structure Interaction Analysis of Large Scaled Forced Vibration Test 1-59
T.Udaka, S.Kakimoto, T.Kurakake, S.Yamamoto and O.YoshidaA5-2 Seismic Response Analysis of Grouped Pile Embedded Foundation by
Substructure Procedure 1-61S.Takano and Y.Yasui
A5-3 A Study on Effects of Grid-shaped Improved Ground against Liquefaction Failures 1-63M.Kibayashi, T.Kawano, K.Fukuyama, S.Onimaru, M.Hatanaka and Y.Suzuki
A5-4 Analysis of Dynamical Characteristics and Earthquake Response for Complex SpaceStructure under Mutual Actun of Upstructure, Group Piles and Ground Soil 1-65
X.Shen, J.Dun, X.Shen and Y.FanA5-5 Dynamic Boundary Element Method(DBEM) Analysis of Soil - Structure System under
Seismic Wave 1-67X.Zhou and H.Feng
A6 Structural Dynamics - 6A6-1* Transient Dynamics and Free Vibration Formulations of Varying Cross Section
Beams and Structure Elements Using Dual Reciprocity Method 1-69F.Kasza
A6-2 Viscous Boundary for Wave Propagation Problem by Discrete Element Method 1-71T.Suzuki and M.Hakuno
A6-3 3D Wave Propagation Analysis of 2D Irregularly Layered Media Using Hyperelement forMoving Loads 1-73
M.Nagano, M.Motosaka and M.KamataA6-4 Wave Propagation Properties of Lattice Structures -a Research of Structural Damping- 1-75
A.Nishida and Y.HangaiA6-5 Computational and Analytical Methods in the Theory of Elastic Surface Waves in
Bodies with Initial Stresses (Cases of Planar and Curvilinear Surfaces) 1-77A.N.Guz'
A6-6 A Numerical Study on One-Dimensional Thermal Waves in a Rigid Isotropic Solid 1-79J.B.Haddow and L.Jiang
A7 Structural Dynamics - 7A7-1 * Transformation of Vibrational Chracteristics of Structures for Different Conditions of
Supporting 1-81A.V.Pesterev and G.A.Tavrizov
A7-2 Seismic Waveform Scatterer Inversion 1-83M.Iida and P.Spudich
A7-3 A Recursive Formulation for Flexible Multibody Systems with Tree Structure 1-85J.Z.Hong and Z.K.Pan
A7-4 An Adaptive Finite Element Procedure for Dynamic Analysis 1-87N.Wiberg and X.Li
A7-5 An Algorithm for Deriving Stability Field of a Railway Vehicle 1-89D.N.Ye, A.Pramila and Y.Li
A8 Structural Dynamics - 8A8-1* An Interface Smoothing Procedure for the FETI Method: Application to Static and
Dynamic Structural Analyses 1-91D.Rixen, C.Farhat and M.Geradin
A8-2 Dynamic Analysis of Rotating Bladed-Disk/Shaft Coupled System 1-93W.Zhang, W.Wang, H.Wang and J.Tang
A8-3 Motion Analysis of an Ultra High Voltage Circuit Breaker 1-95H.Takagi, Y.Taniguchi, Y.Ohda, S.Nishizumi and S.Kohara
A8-4 Dynamic Simulation of a 1/5 Scale Articulated Boom System for the RemoteMaintenance of Experimental Fusion Reactor 1-97
H.Ogawa, M.Obama, N.Sasaki, S.Kohara, H.Yokota, S.Kakudate, K.Oka andM.Kondoh
XII
A8-5 Response of the Flexible Rotor Mounted on the Flexible Foundations when DifferentControllers are Applied 1-99
N.Ahmad and R.R.Guntur
A10 Structural Dynamics -10A10-1* Structural Optimization Analysis of Super High Rise Building by the Finite Element
Method based on Thin-Walled Beam Theory I-101D.Fujii and Y.Fujitani
A10-2 Flexibility Analysis of a High-Rise Three-Dimensional Building Framework 1-103A.Hanajima, H.Tohki and Y.Koitabashi
A10-3 Vibration of a Soil-Pile-Structure Modeled High-rise Building Founded on Soft Sils 1-105M.Aikyo and J.Tatsui
A10-4 Vibrational Analysis of Tall Building Structures with Consideration ofFloor Slab and Base Soil Deformations 1-107
S.H.Bao and T.S.ZhangA10-5 Design Tools for Multibody System Dynamics 1-109
W.Schiehlen
A l l Structural Dynamics -11All-1* Dynamic Analysis of Flexible Beam for Multibody Systems 1-111
M.Iura and M.FurutaAll-2 The Moving Load Problem. A Systematic Approach 1-113
F.R.Da Silva and M.Speranza NetoAl 1-3 A Seismic Response Analysis on Rigid Foundations by Ramberg-Osgood Model
(Adaptability of Response Spectrum Method) 1-115O.Yoshida, S.Yamamoto and K.Nishimori
A11 -4 Dynamics of Sliding Geometrically-Exact Beams 1-117L.Vu-Quoc and S.Li
Al 1-5 Modeling of Dynamic Systems with Structural Subsystems Using Bond Graphs 1-119F.R.Da Silva and M.Speranza Neto
A11 -6 Superelement Approach to Problems of Transient Dynamic Analysis ofStructures and Nonlinear Oscillations 1-121
M.V.Belyi and I.V.ShirinskayaAl 1-7 Parallel Multigrid Method for Eigenvalue Problem in Structural Vibration 1-123
P.Chen, T.Y.P.Chang and P.Tong
A12 Structural Dynamics -12A12-1 * Improved Finite Element Methods for Elastic Waves 1-125
I.Harari, S.Haham and T.ShohatA12-2 A Disk Finite Element for the Study of the Flexural Behaviour of Rotors I-127
G.Genta and A.TonoliA12-3 A FEM Code for Rotordynamics Based on Complex Co-ordinates 1-129
G.Genta and D.BassaniA12-4* Combined Experiment/FEM Mode Synthesis for Rigidly Connected Substructures 1-131
T.Tsunada and N.Fujimura
A13 Structural Dynamics -13A13-1* Non-Linear Dynamics Analysis Using Transform Methods 1-133
D.S.Pipkins and S.N.AtluriA13-2 Iterative Algorithm with Multi-grid Preconditioner for Solving Large Eigenproblems in
Structural Mechanics I-135M.V.Belyi
A13-3 New Nonlinear Dynamical Effects Exhibited by the Simple Discrete-Continuous System 1-137J.Awrejcewicz
A13-4 Dynamics of Unrooted Systems with Prescribed Internal Motion 1-139F.Pfister and M.Fayet
A13-5 Probabilistic Approach for Control of Manipulators Considering Variation ofSystem Parameters 1-141
T.Narisawa and S.AokiA13-6 Underflow : A Serious Bottleneck in Parallel Finite Element Analysis 1-143
S.Gupta and M.R.RamirezA13-7 An Analysis Method for Seismic Response of Secondary Structures 1-145
M.Lou
A14 Structural Dynamics -14A14-1* Dynamic Collapse Behavior Analysis of Multistory Multibay Planar Frames 1-147
K.Uetani and H.Tagawa
XIII
A14-2 A Macro-Element Model for the Aseismic Wall Derived Through the Slope-DeflectionMethod 1-149
F.SutoA14-3 Behaviour of the "Sandwich" Shell Situated on the Elastic Foundation under Acting of
the Impulsed Loads 1-151T.D.Chinh
A14-4 Inelastic Analysis of R/C Beam-Column Joint under Various Loading History 1-153 |Y.C.You, S.Y.Seo, W.H.Yi and L.H.Lee f
A14-5 An Analytical Study on Free Vibrations of Twisted Cantilevered Thin Plates withExperimental Test Results 1-155
T.Tsuiji and T.YamashitaA14-6 Application of LLIEM to Elastodynamic Analysis of Torsion of Shaft of Revolution 1-157
T.Q.YunA14-7 Nonlinear Dynamic Stability of Liquid Storage Cylindrical Tank due to Horizontal
Seismic Force Excitation 1-159J.Fan
Session B1-B14, C14: Recent Advances in CFD 1-161
Bl Recent Advances in CFD -1
Keynote Bl-1 Error Estimation and h-p Adaptivity in Computational Fluid Dynamics: Parallel AdaptiveAnalyses of the Incompressible Navier Stokes Equations 1-162
J.T.Oden
B1 -2* Stabilized Finite Element Approximation of Axisymmetric Flow Problems I-163M.Tabata
Bl-3 On Finite Element Solutions of Boundary Layer Equations 1-165E.Moses, P.B.Yoseph and A.L.Yarin
Bl-4* Three-Dimensional Incompressible Flow Analysis Using Adaptive Fine Element Method 1-167H.Okuda, G.Yagawa and T.Yashiki
B2 Recent Advances in CFD - 2
£ B2-1 Some Recent Developments in Finite Elements in CFD 1-169T.J.R.Hughes and K.Jansen
B2-2* New Development of Least-Squares Finite Element Method in Computational FluidDynamics 1-175
B.N.Jiang and L.A.PovinelliB2-3 An Implementation of Temam's Nonlinear Galerkin Method for the Incompressible
Navier-Stokes Equations 1-177T.Nomura
B2-4 Finite Element Analysis on Vortex Shedding in the Near Wake of a Circular Cylinder withthe Effect of Buoyant Force 1-179
K.HatanakaB2-5 A Higher-Order Finite Element Formulation for Advection-Dominated Flows 1-181
H.H.Liu
B3 Recent Advances in CFD - 3
Keynote 33 . \ Numerical Simulation of Turbulent Flows and Its Diagnostics 1-183T.Kobayashi
B3-2 A Predictor-Corrector Iterative Scheme for Solving the k-e Model Equations I-184M.B.Goldschmit, M.A.Cavaliere and R.A.Radovitzky
B3-3 Multiple-Time-Scale Reynolds Stress Model (Prediction of Grid Turbulence) I-186M.Yamamoto
B3-4 Application of an Eddy Viscosity Model to Finite Element Analysis of Turbulent Flowaround a Circular Cylinder 1-188
M.Jiravacharadet and T.NomuraB3-5 Numerical Analisys of Fluid Flow and Mixing Phenomena in a Gas-Stirred Ladle 1-190
Z.Miaoyong and I.Sawada
B4 Recent Advances in CFD - 4
Keynote B4-1 Computations for Shock Wave Interactions with Turbulent Boundary Layers inh*'"'t Hypersonic Flows 1-192
T.J.Chung
XIV
B4-2* An Study on Hypervelocity Mixing Augmentation with Parallel Injection through Ramp Nozzle 1-198Y.Yamane , Y.Ando, S.Aso, M.Tannou and M.Fukuda
B4-3 Numerical Evaluation of a New Shock Capturing Operator for Compressible Flows 1-200A.Soulaimani, A.Rebaine and Y.Mercadier
B4-4 Numerical Study of Droplet Formation Driven by Acoustic Wave 1-202M.Kadonaga
B4-5 Modelling of Fluid Flow and Gaseous Radiation Heat Transfer in High-TemperatureFurnaces 1-204
S.Ge, T.Bj0rge and B.F.Magnussen
B5 Recent Advances in CFD - 5B5-1 * LES and DNS of Turbulent Flow in an Annular Tube 1-206
H.Kawamura, S.Nakamura, S.Satake and T.KunugiB5-2 Numerical Analysis of Separated Flow in 2D 90° Bend Duct 1-208
X.Cheng and R.W.GuoB5-3 Direct Numerical Simulation of Isotropic Turbulence 1-210
K.Yamamoto , I.Hosokawa and S.OideB5-4 Large Eddy Simulation of Flow Downstream of a Three-Dimensional Surface-Mounted
Body 1-212K.Nozawa and T.Tamura
B5-5 Finite Element Analysis of Turbulent Flow Through Expanding Axisymmetric Pipes 1-214K.Bhatia and M.Rahman
B6 Recent Advances in CFD - 6
Keynote gg.j High Resolution Schemes for the Compressible Navier-Stokes Equations 1-216H.Daiguji
B6-2* A TVD Solver for Two-Dimensional Viscous Flows on Unstructured Triangular Meshes 1-217V.Magi and G.Vacca
B6-3 Lift and Drag Forces of an Aerofoil by the Stabilized Finite Difference Method 1-221T.Aratani
B6-4 Two Dimensional Compressible Viscous Flow Analysis for Turbomachinery Blades 1-223D.Biswas and M.Ishizuka
B6-5 Block Iterative Solution Strategies for Large 3D Flow Applications 1-225S.Kharchenko, A.Yeremin, M.A.Heroux and Q.Sheikh
B7 Recent Advances in CFD - 7
B7-1 Numerical Solution of Compressible and Incompressible Flows with Equal Interpolations andExplicit Integration 1-227
S.Idelsohn, M.Storti and N.Nigro
B7-2 Finite Analytic Method for Incompressible Viscous Flow around a Two-DimensionalFlat Plate 1-233
K.Yabushita, Y.Toda and T.SuzukiB7-3 On an Initial Boundary Value Problem for The Guasi-Linear System of Heat Convection of
a Fluid 1-235A.Zarubin
B7-4 Numerical Analysis of Three-Dimensional Flow in Agitated Reactor withDouble-Helical Ribbon Impeller 1-237
Y.Sakakibara, T.Kimura, T.Aragaki and S.HiraokaB7-5 Combined Surface Tension and Buoyancy Driven Magnetoconvection in
a Rectangular Cavity 1-239C.K.Subbaraya and M.Venkatachalappa
B8 Recent Advances in CFD - 8
Keynote B8-1 Numerical Solution of Fluid Dynamic Equations Using Explicit Method of Lines 1-241Lecture o » t
N.SatofukaB8-2 A Study on Axial Wave Number Selection in Taylor-Couette Flow 1-242
T.Numata, T.Miyauchi and T.HariiB8-3 Stability of Steady-State Flow of a Liquid with a Heavy Impurity 1-244
O.N.Dement'evB8-4 Analysis of the Basic Mechanism of Air-Knife Coating 1-246
H.Yoneda and L.E.ScrivenB8-5 Iterative Methods for Solving Singular Systems of Linear Equations, and their Application to
a Neumann Boundary-value Problem 1-248Y.Horibata
XV
B9 Recent Advances in CFD - 9B 9"1 Wall-Laws for Turbulent Flows 1-250
B.Mohammadi and O.Pironneau
B9-2* Analysis of Mixing Layers Using the Lattice Gas Model 1-258A.Yuasa, T.Inamuro and T.Adachi
B9-3 Nonlinear Galerkin Method for the Navier-Stokes Equations 1-260A.Huang and Q.Huang
B9-4 Modeling of Large Scale Structures in a Transitional Wake 1-262M.A.Boniforti, M.Morganti and G.Sciortino
B9-5 Laminar Flow in Conduits of Annular Corrugated Cross Section 1-264V.H.Cortinez and D.V.Bambill de Rossit
BIO Recent Advances in CFD -10B ' 0 " l A Lagrange Multiplier/Fictitious Domain Method for the Dirichlet Problem.
Generalization to Some Flow Problems 1-266R.Glowinski, T.W.Pan and J.P6riaux
B10-2 A New Numerical Method to Analyse Problems of MHD Flow 1-272Y.Ying and T.Lin
B10-3 Block Iterative Solution Strategies for Large 3D Flow Applications 1-274S.Kharchenko, A.Yeremin, M.A.Heroux and Q.Sheikh
B10-4 Space-Time Spectral Element Methods for Solving the Burgers Equation 1-276P.B.Yoseph, E.Moses and U.Zrahia
Bll Recent Advances in CFD -11
Keynote Bl 1-1 Optimisation-Based Computational Design for Flow Problems 1-278C.A.J.Fletcher
Bl 1-2* Numerical Simulation of Pressure Wave Machines 1-279A.Galyukov, P.Voinovich, T.Saito and K.Takayama
B11 -3 Fourier-Chebyshev Approximation of Navier-Stokes Equation 1-283B.Guo
B11-4 On the Stability of Gradually Varying Flow in an Open Channel with a Mobile Bed 1-285D.H.Chung
B11-5 Numerical Prediction of Planar Type SOFC Characteristics 1-288N.Doi and M.Shimotsu
B12 Recent Advances in CFD -12B12-1 * Multigrid Convergence of a Symmetric Gauss-seidel Relaxation Scheme 1-290
S.Yoon and D.KwakB12-2 The Stability and Oscillations of Rotating Fluid Masses of Small Viscosity 1-292
A.S.BaranovB12-3 Consolidation of Fissured Porous Media 1-294
N.Khalili-Naghadeh and S.ValliappanB12-4 Simulation of Wind Velocity Histories for the Analysis of Guyed Masts. 1-296
G.D.Stefanoy and M.E.A.AshmawyB12-5 Computer Simulation of the Interaction of Coaxial Vortex Rings 1-298
M.Konstantinov
B13 Recent Advances in CFD -13
Keynote B13-1 Control, Identification and Estimation in Finite Elements in Fluids 1-300Lecture
M.Kawahara and A.AnjuB13-2* Incompressible Navier-Stokes Computations with Stabilized Bilinear and
Biquadratic Equal Order-Interpolation Velocity-Pressure Elements 1-306S.K.Hannani, M.Stanislas and P.Dupont
B13-3 Fluid Flow and Humidity Condensation Analysis Using Explicit FEM 1-309S.G.Ravi Kumaur and T.Hirano
B13-4 A Galerkin Finite Element Approach to Entrance Region Flow and Heat Transfer forHershel-Bulkley Fluids in Concentric Annulus 1-311
B.DasB13-5 Temperature Estimation Using 3-D FEM and Its Measurement in a Concrete Box Culvert 1-313
M.Kunitake, H.Ogata, F.Kondo, T.Nakazawa, T.Fukui, N.Saho, M.Ohyamaand Y.Nagano
XVI
B14 Recent Advances in CFD -14B14-1 CFD Analysis of Wind-Structure Interaction due to Vortex Shedding 1-315
S.Murakami, A.Mochida and S.Sakamoto
B14-2 An Improved k-e Turbulence Model for Estimation of Wind Load 1-325S.Kawamoto
B14-3 Numerical Prediction of Cyclone Performance 1-327O.Kitamura and M.Yamamoto
B14-4 Debris Flow Simulation by the Extended Distinct Element Method 1-329M.Hakuno
B14-5 2-D Model for Carbonation and Moisture-Heat Flow in Porous Materials 1-331A.V.Saetta, R.V.Vitaliani and B.A.Scherefler
C14 Recent Advances in CFD -15C14-1* Simulation of Impinging Jet Flows by Random Vortex Method 1-333
B.Tchavdarov, T.Isobe and H.YoshidaC14-2 Application of Discrete Vortex Method to Aerodynamic Forces Provoking Structure
Ovalling Oscillation 1-335K.Kushioka, T.Saito and A.Honda
C14-3 Effect of Leading Edge Spoiler on Airfoil a Numerical Study by Discrete Vortex Method 1-337A.A.Arain
C14-4 Direct Integral Equation Method for Acoustic Wave Diffraction 1-339A.T.Chwang and C.J.Huang
C14-5 A Study of Indicial Response of Aerodynamic Characteristics for a Wing UsingBoundary Element Method 1-341
M.YanagizawaC14-6 Analysis of Leading-Edge Vortices on Low-aspect Delta Wing by Boundary Element
Method 1-343K.Kikuchi and M.Yanagizawa
Session C l - C l l : Advanced Computational Simulation of Metal FormingProcesses 1-345
Cl Advanced Computational Simulation of Metal Forming Processes -1Cl-1* Optimization of Finite Element Simulations for 3D Rolling Processes 1-346
A.F.Ali, J.S.Gunasekera, A.Jay and R.J.RammCl-2 Analysis of Integral Parameters for Flat Rolling with Few Elements by Rigid-Plastic FEM 1-347
X.Liu, Z.Jiang, X.Sun and G.WangCl-3 Three-dimensional Analysis of Long-product Rolling Using Rigid-Plastic FEM 1-348
K.Seki, K.Yamada, S.Ida, S.Hamauzu and S.HayashiCl-4 Simulation of 3-D Rigid-Plastic FEM of Rolling of Strip with Longitudinal Ribs 1-350
Z.Jiang, X.Liu, G.Wang, Q.Zhang and G.WuCl-5 Recent Advances in Simulation of Metal Forming Using LS-DYNA3D 1-352
J.O.Hallquist, J.S.Ko, T.Lin, A.B.Shapiro, D.W.Stillman and B.F.Wainscott
C2 Advanced Computational Simulation of Metal Forming Processes - 2C2-1 Application of Finite Element Method for Simulation of the Rolling of Heavy Plates 1-354
H.Dyja, M.Pietrzyk, J.Bielawski and P.IljinC2-2 Analysis of Deformation of the Sheet in the Space Formed by Guide Plates 1-356
K.YoshidaC2-3 Strip Walk Simulation in Steel Processing Line 1-358
N.Suzuki and A.KikuchiC2-4 Rolling Contact Bearing Selection Using a Design Assistant 1-360
R.R.GunturC2-5 Geometry of Rolled Strip Material 1-362
M.Pavlus
C3 Advanced Computational Simulation of Metal Forming Processes - 3C3-1* Improved and Reliable Shell Elements for Modelling the Stamping of
Anisotropic Elasto-plastic Sheet Metal Parts 1-364P.Boisse, L.Boubakar, L.Boulmane, J.L.Daniel and J.C.Gelin
C3-2 Effect of Nonstationary Friction on Cup Deep Drawing Simulation 1-366J.Ronda and K.W.Colville
C3-3 A Simulative Performance Verification of Some Simple Sheet Formability Tests 1-368Y.S.Suh, C.H.Lim and J.S.Lee
XVII
C3-4 Friction in FEM Simulation of Sheet Metal Forming ProcessesM.Kawka and A.Makinouchi
C3-5 The Use of Anisotropic Yield Criteria in Analyses of Sheet FormingW.F.Hosford
C3-6 Crystalline-Plasticity Finite Element Analysis of Sheet Metal FormingE.Nakamachi, X.Dong and T.Huo
C4 Advanced Computational Simulation of Metal Forming Processes - 4C4-1 * Solution of Quasistatic Force - Driven Problems in Elasto-Plasticity with
a Dynamic Explicit CodeK.Mattiasson, L.Bernspang and A.Samuelsson
C4-2 Contact and Friction Algorithms in Dynamic Explicit FE Simulation ofSheet Metal Forming
E.Nakamachi and T.HuoC4-3 An Evaluation of Total and Update Coroationa Formulation for Dynamic Large
Deflection AnalysisF.S.Ling and C.Y.Wang
C4-4 Finite Elastoplastic Deformations of Membrane ShellsA.Ibrahimbegovic
C5 Advanced Computational Simulation of Metal Forming Processes - 5
1-370
1-372
1-373
1-375
1-376
1-378
1-380
KeynoteLecture
Developments in Computational Plasticity and Viscoplasticity with Application toForming Problems
D.R.J.Owen, D.Peric and E.A.de Souza Neto1-381
C5-2* Void Nucleation and Growth During Plane Strain ExtrusionA.Chandra and V.Tvergaard
C5-3* The Role of Void Nucleation Mechanism on the Shear Band Formation DuringMetal Forming
S.B.Biner
C6 Advanced Computational Simulation of Metal Forming Processes - 6
1-387
1-391
Keynote Cf)-\Lecture Inverse Problems in Finite Element Simulation of Metal Forming Processes
J.L.Chenot1-392
C6-2
C6-3
C6-4
C6-5
Analysis of Ductile Fracture in Metal Forming ProcessesN.L.Dung
Reverse Simulation with Simulation Block Technique and Its Application inPrecision Forging Process
S.Sun, Y.Luan and T.GuanSome Experiences on Shape Forming Process ( Experiments and Numerical Simulation )
S.Yoshida, S.Kihara and Y.AshibeFinite Element Analysis of Crankshaft Twisting
Y.Hida, K.Tamura, T.Fukuyasu and M.Yamada
C7 Advanced Computational Simulation of Metal Forming Processes - 7C7-1* R-S Adapted Arbitrary Lagrangian-Eulerian Finite Element Method for Strain
Localization ProblemsS.Ghosh and R.Parameswaran
Eulerian-Lagrangian FEM of Metal Forming Analysis for Dynamic andQuasi-Static Regimes
J.-Ph.PonthotSimulation of Cold Forming Process of Aluminium Plated Plate by Inflation
T.RojcDetermination of Stress-Strain Rate Relations for Superplastic Forming Simulation
J.H.Cheng and W.J.Chen
C8 Advanced Computational Simulation of Metal Forming Processes - 8C8-1 * Simulation of Roughness Changings during Metal Forming Processes by FEM
R.Biinten and R.KoppDiscussion on Parameters Influencing Accuracy in Precision Metal Forming
B.Stok, K.Kuzman and J.SrnaA Numerical Model for the Elastic-plastic Contact of Two-dimensional Real RoughSurfaces
H.Yue and W.MannersThe Computer Simulation of the Axisymmstric Metal Parts Forming Process
B.Hao
C7-2
C7-3
C7-4
C8-2
C8-3
C8-4
1-398
1-400
1-402
1-404
1-406
1-407
1-409
1-411
1-413
1-415
1-417
1-419
XVIII
C8-5 Numerical Simulation of Bulk Metal Forming Processes: The Advantages ofan Explicit Approach
N.Alberti, L.Cannizzaro, L.Fratini and F.Micari
Session C12-C13: Visualization
C12 Visualization -1
1-420
CIO Advanced Computational Simulation of Metal Forming Processes -10C10-1* Unified Numerical Model for Cold/Hot Bulk/Sheet Metal Forming Processes Based on
Finite Strain Elastic-Inelastic Material Laws 1-422M.Schonauer, T.Rodic and D.R.J.Owen
C10-2 Simulation of the Coupled Thermo-Viscoplastic Deformation During CONFORM Process 1-424Y.Peng, X.Ruan and T.Zuo
C10-3 Numerical Simulation of TCI 1 Titanium Alloy Forming Process 1-426Y.P.Wei and X.Y.Ruan
C10-4 Application of CAE and Neural Networks to a Temperature Monitoring System ofHot Forging Dies 1-428
Y.Maekawa, S.Hamaya and G.Yang
Cll Advanced Computational Simulation of Metal Forming Processes -11Cl 1-1 Finite Element Simulation of Material Flow in Metal Injection Molding 1-430
K.Mori, K.Osakada and S.KadohataCl 1-2* Metal Forming Processes Numerically Modelled by a Viscoplastic Flow Formulation 1-432
J.C6sar de Sa\ L.Costa Sousa and M.L.MadureiraCl 1-3 A FEM to Simulate Forming Processes for Semi-Solid Materials 1-434
S.ToyoshimaCll-4 Simulation of Welding with Experimental Verification 1-435
J.Ronda, G.J.Oliver and R.B.TaitCl 1-5 FEM Analysis on Internal Stress of Slab ( Slab Delayed-Failure ) 1-437
F.Nogami and K.TanakaCl 1-6 A Computational Model for the Analysis of Metal Forming Processes Associated with
Compressible and Incompressible Materials 1-439A.G.K.Jinka
1-441
Keynote Q 2 - lLecture Analyzing Human Body Motions by Extracting Regions in the Configuration Paths:
with an Application to Analyzing Skills of Shorinji KempoT.L.Kunii, Y.Shinagawa, K.Minamida and K.Hara
1-442
C12-2* A Logarithmic Complexity Implementation of the Painter's Algorithm 1-448J. L.Almard
C12-3 A Texture Generation Model for Human Skin Surface 1-450T.Ishii, T.Yasuda, S.Yokoi and J.Toriwaki
C13 Visualization - 2C13-1* Marching Bricks: An Algorithm for Construction of Iso-Valued Surfaces from
the Finite Element Output 1-452P.Breitkopf
C13-2 Finding of Critical Points by Using Tetrahedral Cells 1-454K.Koyamada and T.Ito
C13-3 3D Concrete Frame Collapse Simulation by the Extended Distinct Element Method 1-456M.Hakuno
Cl 3-4 Visualization of 3D Natural Convection in a Cubical Enclosure 1-458T.Fusegi, J.M.Hyun and K.Kuwahara
C13-5 Linear Survival: a Hidden Line Removing Algorithm in Intersecting 3D Models withNon Convex Polygonal Faces 1-460
J. L.Almara
Session D1-D3: Electromagnetic Field Simulation of Materials,Mechanics and Inverse Problems
Dl Electromagnetic Field Simulation of Materials, Mechanics and Inverse Problems -1
1-463
KeynoteLecture One Shot Fictitious Domain/Domain Decomposition Methods for Elliptic and
Hyperbolic Equations. Application to Fluid Dynamics and ElectromagneticsJ.Periaux
1-464
XIX
Dl-2 A New Finite Element Formulation for Eddy Current Analysis Using A-0 1-465Y.Tanaka
D1 -3 Finite Element Analysis of Voltage Sensors in Three Phase Electric PowerDistribution System 1-467
T.Furukawa, H.Shimada, M.Ohchi, T.Shiono and M.IkedaDl-4 Eddy Current Analysis by Surface and Volume Integral Equation Method with BIC 1-469
K.IshibashiD1 -5 The PC-CAD System Combined with the Electric Field Analysis 1-471
H.Okubo, K.Kato, N.Hayakawa and M.HikitaDl-6 Magnetic Field Analysis of Anisotropic Magnetic Material 1-473
M.Enokizono, K.Yuki and S.KawanoDl-7 A Numerical Study of Powder Behavior in Magnetic Field 1-475
H.Kotera and S.Shima
D2 Electromagnetic Field Simulation of Materials, Mechanics and Inverse Problems - 2D2-1 * Stability of Motion for Charged Particle 1-477
H.NaoeD2-2* Finite Element Analysis of Piezoelectric Vibrator Gyroscopes 1-479
Y.Kagawa, T.Tsuchiya and T.KawashimaD2-3 Electric Field Optimization by Personal Computer 1-481
K.Kato, M.Hikita, N.Hayakawa, Y.Kito and H.OkuboD2-4 Finite Element and Finite Difference Analysis of Bending and Snapping of
Ferroelastic Cantilevered Beam-Plate in Uniform Magnetic Fields 1-483Y.H.Zhou and X.J.Zheng
D2-5 Finite Element Simulation of Flow-excited Vocal Cords Oscillation 1-484R.Shimoyama and Y.Kagawa
D2-6 Simulation of Discharge Phenomenon by Using Finite Element Method 1-486M.Enokizono and H.Tsutsumi
D3 Electromagnetic Field Simulation of Materials, Mechanics and Inverse Problems - 3D3-1 Method for Analyzing Magnetic Fields in Electrical Machines with Moving Conductors 1-488
K.Muramatsu, T.Nakata, N.Takahashi, K.Fujiwara and T.KarubeD3-2 Finite Element Analysis of Electromagnetic Induction Transducers for Acoustic Excitation 1-490
T.Tsuchiya, Y.Kagawa and T.OkamuroD3-3 Numerical Simulation of Electrohydrodynamic Motion of Oil between Plane Parallel
Metallic Electrodes 1-492M.Eto and Y.Kagawa
D3-4 Three Dimensional Finite Element Analysis of Electromagnetic Fields Using SecondOrder Hexahedral Edge Elements 1-494
T.Yamabuchi and T.Yosizawa
Session D4-D6: Computa t iona l Mechanics in Electronic Packaging 1-497
D4 Computational Mechanics in Electronic Packaging -1D4-1 Thermal Stress Analyses of Surface-Mount Assembly by an Influence Function Method 1-498
M.Shiratori, Q.Yu and S.B.WangD4-2 Integration Routine Analysis Capabilities into CAD Systems 1-500
R.E.Fulton and R.PeakD4-3 Numerical Elastic-creep Thermal Stress Analyses for the SMT-PGA Package's Solder Joint 1-505
M.Mukai, T.Kawakami, T.Endo, T.Kobayashi and K.TakahashiD4-4 Structural Analysis of Thermal Stress Ratcheting-Like Deformation for LSI Solder Joint 1-507
H.Doi, T.Hatsuda, S.Imasu, T.Tanaka and T.HayashidaD4-5 Measurement of IC Molding Compound Adhesion Strength and Prediction of
Interface Delamination Within IC Plastic Package 1-509N.Tanaka and A.Nishimura
D4-6 Computational Methods to Address Reliability of Electronic Packaging 1-511M.Pecht, P.Lall, Y.Ogunjimi and S.MacGregor
D5 Computational Mechanics in Electronic Packaging - 2D5-1* A Benchmark Test of Computational Mechanics in Electronic Devicesflnstruments 1-513
M.ShiratoriD5-2 Automated 3-D Model Construction for the Global/Local Analyses of Multichip Modules 1-515
M.S.Shephard, R.Garimella, T.L.Sham, L.Y.Song and V.S.WongD5-3 Finite Element Analysis of Thermal Stress at a Bonding Interface in Electric Devices
(Effects of Corner Angle of an Electric Component) 1-517F.Nakagawa, T.Sawa, Y.Nakano and S.Hagiwara
XX
D5-4 Two-Dimensional Thermal Stress Analysis in Bonded Joints (The Case Where an UpperElement is under Linear Temperature Distribution and a Lower Substrate is Insulated) 1-519
Y.Nakano, M.Katsuo, F.Nakagawa and T.Sawa
D6 Computational Mechanics in Electronic Packaging - 3D6-1* Application of Computational Modeling to Large Scale Computer Systems 1-521
D.AgonaferD6-2 Numerical Simulation of Impingement Air Cooling from LSI Package with Plate Fins by
the Penalty Finite Element Method 1-524H.Matsushima, A.Ueki, T.Atarashi and T.Tanaka
D6-3 An Adaptive Search Procedure for the Optimized Ordering of Convectively CooledElectronic Components Placed on Conducting Substrates 1-526
N.Queipo and J.A.C.HumphreyD6-4 A Computer Simulation of Electroless Copper Plating Processes 1-529
K.Shigematsu, K.Kondo, K.Hayakawa and M.IrieD6-5 Fine Pattern DFR 1-531
M.Kuba and Y.Kinoshita
Session D7-D8: Low and High Pressure Plasma Aided Manufacturing andMaterials Processing 1-533
D7 Low and High Pressure Plasma Aided Manufacturing and Materials Processing -1D7-1* Simulations of Inductively Coupled Plasma Sources for Etching Applications 1-534
P.L.G.Ventzek, R.J.Hoekstra, M.Grapperhaus and M.J.KushnerD7-2 Parallel Computing of Electric Discharges -Electron Flow in Phase Space - 1-536
H.Sugawara, Y.Sakai and H.TagashiraD7-3 Modeling of RF Glow Discharges by Direct Numerical Procedure of the Boltzmann
Equation Using Parallel Computer 1-538N.Nakano and T.Makabe
D7-4 Numerical Simulation of Electron Cyclotron Resonance Plasma byTwo Dimensional Fluid Model 1-540
J.Tanaka, M.Ikegawa and S.Watanabe
D8 Low and High Pressure Plasma Aided Manufacturing and Materials Processing - 2D8-1* Chemical and Physical Sputtering of Fluorinated Silicon 1-542
M.E.Barone and D.B.GravesD8-2 Erosion of a Large-Area Rectangular Target by the DC Magnetron Discharge 1-544
K.Nanbu and S.SegawaD8-3 Monte Carlo Simulation for the Behavior of Sputtered Atoms and Reflected Atoms in
the Magnetron DC Plasma 1-546M.Ishida, Y.Yamaguchi and Y.Yamamura
D8-4 Scaling of Ion Transport Based on Frequency and Pressure in an RF Glow Discharge 1-548K.Harafuji and M.Kubota
D8-5 Modeling of rf Glow Discharges in O2 by RCT Model 1-550M.Shibata, N.Nakano and T.Makabe
D8-6 A Hybrid FTI/FCT Model of Electron Transport in RF Plasmas 1-551N.Sato
Session D10: High Performance Computat ional Methods for CoupledProblems 1-553
D10 High Performance Computational Methods for Coupled Problems -1D10-1* Research in Grand Challenge Coupled Problems in Computational Mechanics 1-554
C.A.Felippa, C.Farhat and K.C.ParkD10-2 Analyses of Pavement-soil Interaction Problemes, Using Finite Element-boundary
Element Coupled Methodologies 1-556G.Pan, H.Okada and S.N.Atluri
D10-3 Automatic Coupling of Transient Fluid/Gas Flows with Deformable Structures ofArbitrary Shape 1-558
F.Casadei and J.P.HalleuxD10-4 Computatinal Strategies for Finite Element Solution of Two-phase Immiscible Flow in
Oil Reservoirs 1-560A.L.G.A.Coutinho, J.L.D.Alves and N.F.F.Ebecken
D10-5 Parallel Solution of Control Structure Interaction for Massively Actuated Structures 1-562R.G.Menon and K.C.Park
XXI
D10-6 A Displacement Finite Element Method without Spurious Solutions for the Computation ofElastoacoustic Vibrations 1-564
A.Bermudez and R.RodriguezD10-7 Finite Element Analysis of Sound Transmission through Resin Covers 1-566
K.Yuge and S.Ejima
Session D12-D14: Computational Predictions of Texture Development &
Instability During Metal Deformation Process 1-569
D12 Computational Predictions of Texture Development & Instability DuringMetal Deformation Process -1D12-1* Adaptive Multigrid Method for a Periodic Heterogeneous Medium 1-570
J.Fish and V.BelskyD12-2 Embedded Localized Strain Band Constitutive Model in Finite Strain and Finite Rotation 1-572
H.Okada and S.N.AtluriD12-3 The Enhanced Strain Finite Element Method: Further Theoretical and Computational
Developments 1-574B.D.Reddy and K.Arunakirinathar
Dl 2-4 Patch Recovery Using Higher Order Approximation 1-576N.Wiberg and F.Abdulwahab
D12-5 A 3-D Adaptive Mesh Refinement Using Variable-node Solid Transition Elements 1-578C.K.Choi and N.H.Lee
D13 Computational Predictions of Texture Development & Instability DuringMetal Deformation Process - 2D13-1* Crystal Plasticity Based Computations of Localised Necking Instabilities in Rolled Sheets 1-580
K.W.Neale and E.V.D.GiessenD13-2 Shear Localization and Constitutive Law Considering Stress Increment Directional
Dependency 1-582M.Goya, K.Ito, K.Miyagi and S.Itomura
D13-3 Simulation of Localization within Micropolar Multiplicative Elastoplasticity 1-584P.Steinmann
D13-4 Numerical Study on Yield Curves of FCC Metals Based on Rate-Dependent Crystal Slips 1-586T.Abe, X.Lu, M.Nouno and T.Nanba
Dl 3-5 Prediction of Deformation Behavior of Glassy Polymers Based on Molecular ChainNetwork Model 1-588
Y.Tomita, S.Tanaka
D14 Computational Predictions of Texture Development & Instability DuringMetal Deformation Process - 3D14-1* Strain Localization in Laminated Sheet 1-590
S.Imatani, T.Saito and K.YamaguchiD14-2 On the Localization of Plastic Deformation During Metal Forming and Cutting Processes 1-592
H.M.Zbib, A.E.Bayoumi and J.XieD14-3 Simulation of Ductile Fracture Behavior in Drawing and Shearing 1-593
K.KomoriD14-4 Monte-Carlo Simulation of Texture During Recrystallization 1-595
S.P.Tighe and Y.Maeda
Session E1-E2: Mechanics of Saturated & Non-saturated Geomaterials 1-597
El Mechanics of Saturated & Non-saturated Geomaterials - 1
Keynote E1_ j Computational Mechanics of the Excavation of Tunnels 1-598H.A.Mang
El-2 Computational Methods for Nonlinear Dynamic Soil-Structure Interaction 1-599W.Wunderlich, B.Schapertons and C.Temme
El-3 Numerical Analyses of Foundations with Subsidenced Soil Ground 1-601A.Zhusupbekov, T.Akuov and S.Kashalo
El-4 A Three-Dimensional Simulation Model for Carbonate Oil Reservoir Distribution 1-603T.Kudo, T.Iwata, H.Sunouchi and Y.Tsuji
E2 Mechanics of Saturated & Non-saturated Geomaterials - 2
E 2 - 1 Thermo-Hydro-Mechanical Analysis of Semisaturated Geomaterials 1-605B.A.Schrefler and D.Gawin
XXII
E2-2* Continuum Modelling of a Foliated Rock Mass with Layers Susceptible to Bending 1-607D.P.Adhikary and A.V.Dyskin
E2-3 The Thermo - Mechanical Consolidation Coupling Analysis and Its Discretization onJointed Rock Mass by Finite Element Method 1-609
T.Sasaki and F.NagaiE2-4 A Hydromechanical Study of Jointed Rock Using Continuum and Discontinuum Models 1-611
J.V.Lemos and L.N.LamasE2-5 Use of Infinite Element in Geomechanics Problems 1-613
Y.Tsui and Y.M.Cheng
Session E3-E7: Powder & Granular Mechanics 1-615
E3 Powder & Granular Mechanics -1E3-1 * Simulation of the Mechanical Behavior of Two Dimensional Granular Assemblies
Utilizing Linear Programming 1-616D.R.Chichili, D.E.Mouton and M.M.Mehrabadi
E3-2* Eigenvalue Analysis of Quasi-Static Behavior of Granular Materials 1-617Y.Kishino
E3-3 Collapse Process Simulation of Bricks by the Extended Distinct Element Method 1-618M.Hakuno
E3-4 Granular Modeling for Ferrite Particles in Magnetic Field 1-620S.Tamura, T.Aizawa and J.Kihara
E4 Powder & Granular Mechanics - 2E4-1 * Large Displacement of a Buried Pipe in the Ground by the Extended Distinct Element
Method 1-622M.Hakuno
E4-2 Extended DEM Simulation of Beam Bending Collapse 1-624K.Hirasawa and K.Matsubara
E4-3 Rock Avalanche Simulation by the Extended Distinct Element Method 1-626M.Hakuno
E4-4 Numerical and Experimental Studies on Discrete Media Behaviors Using the DistinctElement Method 1-628
K.Satake, O.Ukai, T.Adachi, K.Arikawa, Y.Suda and T.OkadaE4-5 A Numerical Study of Effects of Contact and Viscoelastic Friction on VTR Tape
Deformation (VTR Interface ) 1-630H.Kotera, H.Kita, Y.Mimoh, H.Yohda and S.Shima
E5 Powder & Granular Mechanics - 3E5-2* Plastic Constitutive Equation with Internal Friction for Granular Materials 1-633
S.Shima and H.KoteraE5-3 Powder Forming Analysis for Fine Ceramic Materials 1-635
J.Terziyski, T.Aizawa and J.KiharaE5-4 Steel Powder Forming Design by the Granular Modeling 1-637
S.Tamura, T.Mitsuno, T.Aizawa and J.Kihara
E6 Powder & Granular Mechanics - 4E6-1 Motion Analysis of Milling Balls in Tumbling Mills of Different Sizes 1-639
H.Hashimoto, M.Nakamura, T.Abe and K.KamadaE6-2 Numerical Simulation of Paniculate Behavior with Rolling Contacts 1-641
J.P.BardetE6-3 Three Dimensional Finite Element Analysis for Aluminum Powder Forging 1-643
J.Terziyski, T.Aizawa, N.Itoh and J.KiharaE6-4 Granular Modeling for Sintering 1-645
S.Tamura, F.Tsumori, T.Aizawa and J.KiharaE6-5 Sintered Materials Modeling by the Homogenization Theory 1-647
T.AizawaE6-7 A Packing Generation Scheme for the Granular Assemblies with Planar Elliptical Particles 1-650
C.Y.Wang and W.C.Lian
E7 Powder & Granular Mechanics - 5E7-1 Flow of Granular Material 1-652
R.Kitamura and S.FukuharaE7-2 Theoretical Analysis of the Flow of a Granular Media Induced by a Superficial
Drag of a Fluid 1-654G.M.R.Vieira
XXIII
E7-3 Three Dimensional Granular Simulation for Metal Injection MoldingT.Iwai, T.Aizawa and J.Kihara
E7-4 Analytical Model of the Compaction of Powder Materials by Shock WavesA.Ferreira
1-656
1-658
Session E8-E14 : Mater ia l Nonlinearity & Inelastic Analysis 1-661
E8 Material Nonlinearity & Inelastic Analysis -1E8-1* Computational Methods in Composites: Effective Medium Theory and Percolation Theory 1-662
M.TayaE8-2 Finite Element Analysis of Plastic Multiple Slip in Metal Microstructures 1-664
T.OhashiE8-3 Evolutionary Micromechanical Damage Models for Polycrystalline Ceramics 1-666
J.W.JuE8-4 Creep Constitutive Model for Metal Matrix Composites 1-668
M.KawaiE8-5 Micromechanical Modeling of Grain-boundary Induced Failure Modes in
Crystalline Solids 1-670M.A.Zikry
E9 Material Nonlinearity & Inelastic Analysis - 2KeynoteLecture
E9-1 Disturbed State Constitutive Models for Thermoviscoplastic Behavior of Solids andInterfaces and Computational Aspects
C.S.Desai, C.Basaran, J.Chia and T.Kundu1-672
E9-2* Size Effects and Localization in Viscoplasticity: Theory and Implications to ComputationalMechanics 1-678
H.M.ZbibE9-3 On Finite Strain Elasto-Plastic Analysis Using Elements Based on Mixed Interpolation of
Tensorial Components 1-679E.N.Dvorkin
E9-4* A Viscoplastic Constitutive Model for Clay and Strain Localization Analysis 1-681F.Oka and A.Yashima
E9-5 The Application of a Finite Particle Method to Localization Problems 1-683Z.Chen, D.Sulsky, H.L.Schreyer and S.J.Zhou
E10 Material Nonlinearity & Inelastic Analysis - 3El0-1* Hybrid Experimental-Numerical Analysis of Solids 1-685
Z. K.Guo and A.S.KobayashiEl0-2 Material Property Determination by Indentation Test-Validation by Finite Element Simulation 1-687
G.Li, M.Sakamoto, N.Inoue and E.Y.S.ChaoEl0-3 Mechanical Interpretation of Hill's Loading Criterion 1-689
K.HashiguchiE10-4 The Growth of Ageing Viscoelastic Solids 1-691
V.Potapov and M.MikhailovE10-5 Unified Elasto-Plastic Theory: Model, Computational Implementation and Application 1-693
M.H.Yu, L.N.He and G.W.Ma
Ell Material Nonlinearity & Inelastic Analysis - 4
El 1-1 Material and Geometric Nonlinearities, Studies with the Programs Developed forNumerical Experiments
Y.Yamada and M.Sasaki1-695
E12
El 1-2* Introduction of a Logarithmic Strain Based Finite Strain Elastic-Inelastic Model intoa Geometrically Nonlinear Enhanced Strain Method 1-701
M.Schonauer and D.R.J.OwenEl 1-3 A 3-d Plasto-viscoelastic Representation for FEM Calculation 1-703
J.Lai and A.BakkerEl 1-4* Effects of Hypoelastic Model and Plastic Hardening on Numerical Simulation 1-705
Z.Guo and O.WatanabeEl 1-5 A Mixed Finite Element Method for Temperature Dependent Non-Newtonian Creeping Flows 1-707
A.F.D.Loula, J.Karam-Filho and J.N.C.Guerreiro
Material Nonlinearity & Inelastic Analysis - 5E12-1* Elasto-Plastic and Finite Displacement Analysis for Limit States Design of Steel Bridges 1-709
T.Kitada, M.Nibu, K.Tanaka and M.Kano
XXIV
El 2-2 Supersonic Flow in Reinforced Concrete 1-711S.J.Eibl
El2-3 Localization and Dispersion Analysis of Waves in Discretized Solids 1-713K.Willam and T.Munz
E12-4 A Combined Hardening Cap Model with Pore Water Pressure Evaluation 1-715S.N.Abduljauwad and H.N.Al-Ghamedy
E13 Material Nonlinearity & Inelastic Analysis - 6E13-1* Numerical Procedures for 3D Tire Model Construction 1-717
H.Nakashima, J.Y.Wong, M.Yamazaki and A.OidaE13-2 Finite Element Simulation of Rubber Composite Vibrations 1-719
M.Kaliske, J.Jagusch, N.Gebbeken and H.RothertEl 3-3 Thermo-Visco-Elastic Stress Analysis of Rubber-Covered Rolls 1-721
K.Tanimoto and K.KohnoE13-4 An Approximated Simulation Approach for the Mechanical Behavior of Highly
Compressible Soft Materials 1-723Y.Okumoto, T.Yokoyama, J.Fukuchi and M.Shiratori
El 3-5 Finite Element Calculation of Energy Release Rate for Curved Cracks of Rubbery Materials 1-725J.H.Chang
E14 Material Nonlinearity & Inelastic Analysis - 7E14-1* Preforation Analysis of Blunt Projectile 1-727
K.Asada and K.NishiE14-2 A New Mixed Variational Formulation for the Elastic-Plastic Problem as a Basis for
Efficient Finite Element Plane Strain Analysis 1-729A.Capsoni and L.Corradi
E14-3 A Model for Analyses of Piping Systems 1-731P.A.Hansson and G.Sandberg
E14-4 On a Finite Element Formulation of Elastic-Plastic Plane Frames 1-733M.Saje
E14-5 Solution of Three-dimensional Elastic Problems by Method of Geometrical Immersion inVariational Formulation 1-734
I.N.Shardakov, N.A.Trufanov and M.A.Trufanova
Session F 1 - F 3 : Atomic/Molecular Model ing of Solid Mate r i a l s 1-737
Fl Atomic/Molecular Modeling of Solid Materials -1
Keynote p j . j Computer Application to Materials Science 1-738Lecture J v v
M.DoyamaFl-2 Molecular Dynamics Simulation of Hydrogenated Amorphous Silicon Formation 1-739
T.Ohira and T.AdachiFl-3 A New Methodology to Obtain Accurate Phenomenological Models for Ferroelectrics,
with Application to BaTiO3 1-741L.Vu-Quoc and V.Srinivas
Fl-4 Accurate Phenomenological Models that Agree with Experiments for Ferroelectric-ferroelasticCrystals : A Semi-infinite Optimization Formulation 1-743
L.Vu-Quoc and V.SrinivasFl-5 Numerial Analysis of Phase Separation Based on the Cahn-Hilliard Equation 1-745
T.Onda
F2 Atomic/Molecular Modeling of Solid Materials - 2F2-1* Coupled Atomistic-Continuum Calculations of Crack Propagation in NiAl 1-747
M.Ludwig, P.Gumbsch and S.SchmauderF2-2 A Comparison of Fracture Mechanics Parameters between Atomic Model and
Continuous Model 1-748H.Inoue, Y.Akahoshi and S.Harada
F2-3 Atomic/Continuum Model Transformation and Its Application to Nanoscale CuttingSimulation 1-750
T.Inamura, N.Takezawa and Y.KumakiF2-4 Molecular Dynamics Simulation of Atom-Scale Wear of a Thin Film on a Metal Surface 1-752
N.Sasaki, T.Iwasaki, N.Chiba and Y.AbeF2-5 Molecular Dynamics Study of Shear Deformation of Bicrystalline Aluminum 1-754
T.Iwasaki, N.Sasaki, N.Chiba and Y.AbeF2-6* Elastic Instability of Homogenous Solids at Fcnite Strain 1-756
S.Yip
XXV
F3 Atomic/Molecular Modeling of Solid Materials - 3F3-1 Computational Analysis of Three Dimensional Grain Growth Behavior by Monte
Carlo Simulation Method 1-757A.Nogami, T.Matsumiya and Y.Fukuda
F3-2 Computer Simulation of Grain Boundary in bcc Fe by Embedded Atom Method 1-759R.Watanabe, A.Nogami and T.Matsumiya
F3-3 Construction of Interatomic Model Potential of Aluminum-Nitride Based on ab-initioMolecular Orbital Calculation 1-761
H.Kitagawa, Y.Sibutani and S.OgataF3-4 Simulation of Scanning Tunneling Microscopy (STM) of Clean and Adsorbed Surfaces 1-763
N.Isshiki and M.TsukadaF3-5* Molecular Dynamics Simulations to Predict Organic Molecular Crystal Structures Without
Crystallographic Data 1-765M.Furusyo, Y.Fukunaga, M.Kaji, N.Tajima and T.Hirano
Session F4-F6: Computer Simulation of Growth of Single Crystals forElectronic or Optical Devices 1-767
F4 Computer Simulation of Growth of Single Crystals for Electronic or Optical Devices -1F4-1* Thermal Stress Analysis of Lithium Niobate Bulk Single Crystal during Czochralski Growth 1-768
N.Miyazaki, H.Uchida, T.Tsukada and T.FukudaF4-2* Dislocation Generation in Semiconductor Crystal During Growth 1-770
C.T.Tsai and N.SubramanyamF4-3 Boundary Conditions at the Solid-liquid Interface for Computational Crystal Growth from
the Melt with Dislocation Generation 1-772C.H.Wu and J.C.Lambropoulos
F4-4 Consistent Correlation of Dislocation Density and Solid-liquid Interface Curvature duringCrystal Growth from the Melt 1-774
C.H.Wu and J.C.LambropoulosF4-5 Comparative Dislocation Density During Growth from the Melt of Crystals of Various Shapes 1-776
C.H.Wu and J.C.LambropoulosF4-6 Estimation of Dislocation Density in Bulk Single Crystal during CZ Growth Process
Using Dislocation Kinetics Model 1-778N.Miyazaki, H.Uchida and M.Endoh
F5 Computer Simulation of Growth of Single Crystals for Electronic or Optical Devices - 2F5-1* Dynamic Modelling of Czochralski Growth 1-780
N.Van den Bogaert, R.Assaker and F.DupretF5-2 Global Heat Transfer Simuation for Large Size CZ Furnace. 1-781
K.Takano, S.Saito, E.Iino, I.Fusegawa and H.YamagishiF5-3 Modelling and Comparison of Czochralski Crystal Growth Experiments 1-783
K.Koai, T.Jung and G.MiillerF5-4 Global Analysis of Heat Transfer in CZ Crystal Growth of Oxide 1-785
T.Tsukada, K.Kakinoki, M.Hozawa and N.ImaishiF5-5 Computer Optimization of the Semiconductor Compound Growth by the Modified
Vertical Bridgman Method with Flat Container Bottom 1-787F.Matsumoto, P.Rudolph and T.Fukuda
F5-6 Heat and Mass Transport in Vertical Bridgman and Gradient Freeze Furnaces forGaAs Crystal Growth 1-789
K.Koai, T.Jung and G.Muller
F6 Computer Simulation of Growth of Single Crystals for Electronic or Optical Devices - 3F6-1 * Calculation of the Intrinsic Asymmetric Profiles in the Si Melt of the Czochralski System
Using a 3-Dimensional Transient Model 1-791K.W.Yi and K.Kakimoto
F6-2 Oscillatory Convection of Liquid Encapsulated Czochralski Bulk Fluid 1-793M.Iwamoto and H.Ozoe
F6-3 Calculation of the Oxygen Concentration in Silicon grown by Czochralski Usingthe k-e Turbulence Model 1-795
H.T.Chung and J.K.YoonF6-4 Numerical Analysis of MHD Controlled Horizontal Bridgman Crystal Growth in
Comparison with Asymptotics and Experiments 1-797R.Moreau, N.B.Salah and T.Alboussiere
F6-5 Numerical Simulation of Convective Three-Dimensional Flows in a Horizontal BridgmanConfiguration under the Action of a Constant Magnetic Field 1-798
H.Ben Hadid and D.Henry
XXVI
F6-6 Effect of Specular Reflectivity on Radiation Heat Transfer in a CZ FurnaceS.Maruyama and T.Aihara
F6-7 A Finite Element Model for Liquid Phase Electroepitaxial Growth of GaAs CrystalsZ.Qin, S.Dost, N.Djilali and B.Tabarrok
Session F7-F14: Recent Developments in Boundary Element Methods
F7 Recent Developments in Boundary Element Methods - 4
1-799
1-801
1-803
Keynote F 7 - 1Lecture
Recent Developments in Boundary Element Methods for ElastodynamicsS.Kobayashi
1-804
F7-2* Applications of Boundary Integral Equation Methods to Various Crack DeterminationProblems 1-810
N.Nishimura and S.KobayashiF7-3 Boundary Element Analysis of Two Dimensional Micropolar Elastodynamics 1-812
T.Fukui and Y.OkuiF7-4 Transient Vibration Isolation by Open Trench: The Application of Time-Domain BEM 1-814
Z.Lei and E.Kuribayashi
F8 Recent Developments in Boundary Element Methods - 5
Keynote F 8 - lLecture
Symmetric Galerkin Boundary Element MethodsG.Maier and G.Novati
1-816
F8-2* Hybrid Stress Analysis of Boundary and Finite Elements 1-822K.Kohno, T.Tsunada and H.Seto
F8-3 Boundary Element-type Hybrid Finite Element 1-824Z.Jin, Y.Gu, Y.Zheng and Q.Wu
F8-4 Application of BEM/FEM Formulation (RAYON Software) to Aerospace and AutomotiveVibro-acoustic Problems 1-826
H.Defosse, L.Mebarek and G.LeyratF8-5 The Combined Finite-boundary Element Method for The Solution of Navier-Stokes Equations 1-827
M.M.Grigor'ev
F10 Recent Developments in Boundary Element Methods - 7F10-1* A Kind of Direct Error Estimation and Adaptive Scheme of Boundary Element Method 1-829
Z.YaoF10-2* Boundary Flux Computation Based on Direct Evaluation of Boundary Flux Identity 1-831
T.Matsumoto, M.Tanaka and M.KaniF10-3 Improper Integrals for Infinite Elements 1-833
P.KarasudhiF10-4 Procedure for Automatic Discretization of Nonhomogeneous Plane Domains in BEM 1-835
V.F.Poterasu and D.P.Stefanescu
Fll Recent Developments in Boundary Element Methods - 8Fl 1-1* BEM Analysis of Bonded Dissimilar Materials and Strength Evaluation Based on
Interfacial Fracture Mechanics 1-837J.Q.Xu and R.Yuuki
Fl 1-2 Multiple-cracked Fatigue Crack Growth by Boundary Element Method 1-839H.Nguyen-dang and A.M.Yan
Fl 1-3 Elastic-Plastic Analysis of Crack in Adhesive Joint by Combination of Boundary Element andFinite Element Methods 1-841
T.Ikeda, N.Miyazaki and T.MunakataFl 1-4 The Life Prediction for Fatigue Crack Extension of Cross Lateral Carrier Welded Joints 1-843
L.Han and Z.LiFl 1-5 Approximation Methods for Singular Integral Equations with Conjugation 1-844
V.D.Didenko, S.Roch and B.SilbermannFl 1-6 Boundary Element Analysis for the Nonhomogeneous Helmholtz Equation with
Variable Coefficients 1-846S.Wang, T.Peng, Z.Zhao and S.Zhao
Fl 1-7 Boundary Integral Equations Method in Two-and Three-Dimensional Problems ofElastodynamics 1-848
L.A.Alexeyeva, S.A.Dildabaev, G.K.Zakir'yanova and A.B.Zhanbyrbaev
F12 Recent Developments in Boundary Element Methods - 9F12-1* Analysis of Shell-Like Structures by the Boundary Element Method for
3-D Elasticity Problems 1-850Y.Liu and F.Rizzo
XXVII
F12-2 Nonlinear Analysis of Shallow Shells Using Boundary Element Method 1-852S.Long, X.Kuai and Y.Fu, J.Li
F12-3 The Stochastic Boundary Element Method in Statistical Analysis of Moderately Thick Plates 1-854H.Ding and A.Jiang
F12-4 Boundary Element Analysis of Micropolar Elastic Body 1-856S.Yamashita and N.Tosaka
F12-5 Dual Reciprocity Method for Statics and Stability of Varying Cross Section Beams andStructure Elements 1-858
F.KaszaF12-6 Methods of Geometrical Immersion (MGI) and Boundary Elements (MBE) for
Solving Three-dimensional Elastic Problems 1-860I.N.Shardakov and P.V.Bulavin
F13 Recent Developments in Boundary Element Methods -10F13-1* Shape Sensitivity Analysis of a Periodic Thermal Problem Using the BEM 1-862
B.M.Kwak and D.H.LeeF13-2* Application of the Time-Stepping BEM to Transient Heat Conduction in Arbitrary
Anisotropic Solids 1-864M.Tanaka, T.Matsumoto and Q.F.Yang
F13-3 Thermal Stress Analysis by Improved Multiple-Reciprocity Boundary Element Method 1-866Y.Ochiai and T.Sekiya
F13-4 Simulation of the Pollution Transfer with BEM 1-868A.I.Ponomarchuk
Fl 3-5 Study about Effect of Foundation Elasticity and Crack on Dynamic Characteristics ofGravity Dam in Particular Solution Boundary Element 1-869
Z.Li, H.Zhou and A.Fan
F14 Recent Developments in Boundary Element Methods -11F14-1* A Vortex Tracking Method in Two Dimensional Separated Flow Analysis 1-872
T.Fukui and Y.NishikawaF14-2 Three-dimensional Incompressible Viscous Flow Analysis at Low Reynolds Numbers by
Boundary Element Method 1-874R.Kawamura
F14-3 A Novel Time Marching Boundary Element Method for the Solution of Navier-StokesEquations 1-876
J.Su and B.TabarrokF14-4 Solid-Fluid Interaction by BEM in Random Media 1-878
P.Lorenz and V.F.PoterasuF14-5 Wave Height Distribution Around a Large Structure in a Wave-Current Coexisting Field 1-880
M.Lin and S.Hsiao
Session G 1 - G 5 : Mesh Generation & Adaptive Remeshing 1-883
Gl Mesh Generation & Adaptive Remeshing -1Gl-1* Applications of the Adaptive Boundary Elements with Sample Point Error Analysis 1-884
N.Kamiya, Y.Aikawa and K.KawaguchiGl-2* Optimal Sizing Design with Adaptive Remeshing Process in 2D FEM 1-886
A.TezukaGl-3 Adaptive Mesh Refinement Using Elements With Shape Functions Based on the Blending
Function Method 1-888C.Reissmann, U.Schramm, P.Moller and A.Tischer
Gl-4 Adaptive Multilevel Finite Element Analysis Using Multilicative and Additive Corrections 1-890L.C.Wellford and K.Sadeghi
G2 Mesh Generation & Adaptive Remeshing - 2G2-1 * Parallel Finite Element Mesh Generation Using Engineering Workstation on
Network Environment 1-892Y.Kawamura, H.Ohtsubo and K.Suzuki
G2-2 Finite Element Mesh Generation of Shell Structures with Quadrilateral Elements aroundStress Concentration 1-894
Y.Kawamura, H.Ohtsubo and K.SuzukiG2-3 Highly Interactive and Portable Automatic Mesh Generator for Linear Induction Motors 1-896
T.Furukawa, M.Ohchi, M.Yoshino and K.MasdaG2-4 An Adaptive Mesh Rezoning Strategy with Constrains on Small Element 1-898
Y.Taki
XXVIII
G2-5 Bubble Mesh Generation: Automated 2D/3D Triangulation via Physically-Based NodePlacement and Modified Delaunay Tessellation 1-900
K.Shimada and D.C.GossardG2-6 rp-Adaptive Flow Analysis 1-902
J.E.Akin, B.Ramaswamy and R.Maddox
G3 Mesh Generation & Adaptive Remeshing - 3G3-1* Parallel Automatic Three-Dimensional Mesh Generation 1-904
H.L.de Cougny and M.S.ShephardG3-2 Unstructured Adaptive Mesh Method and Its Application to a Blast Wave Propagation
Problem 1-906D.M.Sharov and K.Fujii
G3-3 Algebraic Grid Generation of 0-0 Type Around a 3-D Wing and its Application to Solvethe Equations of Inviscid Flow 1-908
H.Emdad and F.GhadakG3-4 An Adaptive Procedure for Pursuing Fracture in Lattice Networks 1-910
J.Bolander Jr., H.Hikosaka and W.HeG3-5 Dynamic Grid Adaption Using Alegebraic and Elliptic Systems 1-912
H.J.Thornburg and B.K.SoniG3-6 Grid Generation and Adaptivity for Complex Boundaries 1-917
P.R.Eiseman and S.Takahashi
G4 Mesh Generation & Adaptive Remeshing - 4
G4-1 Adaptive Finite Element Analysis of Thin-walled Structures Including DimensionalRecovery in Disturbed Subdomains 1-919
E.Stein, S.Ohnimus and B.Seifert
G4-2 A Posteriori Error Estimation in Finite Element Analysis for Elastodynamic Problem 1-925H.Ohtsubo, K.Suzuki and K.Sato
G4-3 Construction of Adaptive Boundary Elements for Eigenvalue Analysis of the HelmholtzEquation 1-927
N.Kamiya, K.Nogae and E.AndohG4-4 Growth Methods and Binary Space Partitioning for Efficient Finite Element Mesh Generation 1-929
A.Sinha and C.V.RamakrishnanG4-5 Adaptive Placement of Collocation Points in Treffts Method 1-931
E.Kita and N.Kamiya
G5 Mesh Generation & Adaptive Remeshing - 5
G5-1 Adaptive Finite Element Procedures in Elasticity and Plasticity 1-933N-E.Wiberg
G5-2 Adaptive Meshing Techniques for Nonlinear Analysis 1-939C.Gelten and T.Wertheimer
G5-3 Automatic Adaptive Geometrically Nonlinear Shell Analysis: Error Estimation andComputational Aspects of an h-Adaptive Mesh Refinement Procedure 1-940
K.M.Mathisen and K.M.OkstadG5-4 Nonlinear Finite Element Analysis of Thin Plates by the Progressive Mesh Refinement 1-942
K.Yuge and N.Iwai
Session G6: Control Problems 1-945
G6 Control Problems - 1G6-1* Robotic Manipulation Planning: Task Level Force Constraints 1-946
M.T.MasonG6-2 Smoothed Control of an Electromechanical Manipulator With Elastic Link 1-948
S.MikhailovG6-3 Minimization of the Thermoelastic Deformation in Space Structures Undergoing Periodic
Motion 1-950D.Givoli and O.Rand
G6-4 The Use of the Finite Element Method in the Control of Smart Flexible Structures 1-952J.R.Ghidella and G.P.Steven
G6-5 Computation of Pulse Heights for Open-Loop Operation of Momentum Turbine 1-954A.K.Sen
G6-6 Examples of Off-Line Teaching System in Steel Making Process 1-956M.Inoue and T.Kubota
XXIX
