Computational Mechanics ' 95 Theory and Applications

Proceedings of the International Conference on Computational Engineering Science July 30 - August 3, 1995, Hawaii, USA

Volume 1

Editors: S.N. Atluri, G. Yagawa, T.A. Cruse

'SPringer-verlag Berlin Heidelberg GmbH

S.X Atluri Computational Modeling Center Georgia Institute of Technology Atlanta, GA 30332-0356, U.S.A.

Dr. Thomas Cruse Department of Mechanical Engineering Vanderbilt University P.O. Box 1592, Station B Nashville, TN 37235

Professor G. Yagawa Department of Quantum Engineering & Systems Science The University of Tokyo 7-3-1 Hongo, Bunkyo-ku Tokyo 113, Japan

Library of Congress Cataloging-in-Publication Data International Conference on Computational Engineering Science (1995: Hawaii, U.S.A.) Computational Mechanics '95 Bibliography: p. Includes index. 1. Mechanics, Analytic-Congresses. 2. Mechanics. Applied-Congresses. 1. Atluri, Satya N. II. Yagawa, Genki, 1942- III. Cruse, Thomas IV. Title

© 1995 Springer-Verlag Berlin Heidelberg Originally published by Springer-Verlag Heidelberg, Germany Inc. in 1995 Softcover reprint of the hardcover 1st edition 1995

except for articles by US government employees. All rights reserved. This work may not be translated or copied in whole or in part without the written permission of the publisher (Springer-Verlag Berlin Heidelberg GmbH), except for brief excerpts in connection with reviews or scholarly analysis. use in connection with any form of information storage and retrieval, electronic adaptation, computer soft­ware, or by similar or dis similar methodology now known or hereafter developed is forbidden. The use of general descriptive names, trade names, trademarks, etc. in this publication. even if the former are not especially identified, is not to be taken as a sign that such names, as understood by the Trade Marks and Merchandise Marks Act, may accordingly be used freely by anyone. Permission to photo­copy for internal or personal use, or the internal or personal use of specific clients, is granted by Springer-Verlag New York Inc. for libraries registered with the Copyright Clearance Center (CCC), provided that the base fee of $0.00 per copy, plus $0.20 per page is paid directly to CCC, 21 Congress Street, Salem, MA 01970, USA. Special requests should be addressed directly to Springer-Verlag Berlin Heidelberg GmbH.

ISBN 978-3-642-79656-2 ISBN 978-3-642-79654-8 (eBook) DOI 10.1007/978-3-642-79654-8 Library of Congress Catalog Card Number 95-60597

Camera-ready text prepared by the editors.

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Preface

AI!, in the earlier conferences (Tokyo, 1986; Atlanta, 1988, Melbourne, 1991; and Hong Kong, 1992) the response to the call for presentations at ICES-95 in Hawaii has been overwhelming.

A very careful screening of the extended abstracts resulted in about 500 paper being accepted for presentation. Out of these, written versions of about 480 papers reached the conference secretariat in Atlanta in time for inclusion in these proceedings.

The topics covered at ICES-95 range over the broadest spectrum of computational engineering science. The editors thank the international scientific committee, for their advice and encouragement in making ICES-95 a successful scientific event. Special thanks are expressed to the International Association for Boundary Elements Methods for hosting IABEM-95 in conjunction with ICES-95.

The editors here express their deepest gratitude to Ms. Stacy Morgan for her careful handling of a myriad of details of ICES-95, often times under severe time constraints.

The editors hope that the readers of this proceedings will find a kaleidoscopic view of computational engineering in the year 1995, as practiced in various parts of the world.

Satya N. Atluri Atlanta, Georgia, USA

Genki Yagawa Tokyo,Japan

Thomas A. Cruse Nashville, TN, USA

Organizing Committee Professor Genki Yagawa, University of Tokyo, Japan, Chair Professor Satya Atluri, Georgia Institute of Technology, U.S.A. Professor Herbert Mang, Technical University of Vienna, Austria

Professor Pin Tong, Hong Kong University of Science Technology, Hong Kong

Professor Rhys Jones, Monash University, Australia

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International Scientific Committee S. Adali (South Africa); T. Aizawa (Japan); H. Antes (Germany); J. Argyris (Germany); V.K Arya (USA); I. Babuska (USA); R.C. Batra (USA); T. Belytschko (USA); P.G. Bergan (Norway); M. Bernadou (France); D.E. Beskos (Greece); Z. Bittnar (Chzechoslovakia); T. Burczynski (Poland); A. Cheng (USA); D. Clements (Australia); M. Crisfield (Great Britain); S.K Datta (USA); R. deBorst (Netherlands); S. Fukuda (Japan); R.H. Gallagher (USA); L. Gray (USA); M. Guiggiani (Italy); B. Guo (Canada); G. Hsiao (USA); S. Ido (Japan); M. Ingber «USA);J.Kane (USA); R. Kapania (USA);G.Karniadakis (USA); T. Kawai (Japan); J. Kihara (Japan); F. Kikuchi (Japan); H. Kitagawa (Japan); M. Kleiber (Poland); A.S. Kobayashi (USA); S. Kobayashi (Japan); H. Koguchi (Japan); W.B.Kratzig (Germany); B. Kroplin (Germany); S. Kubo (Japan); V.V. Kukudzanov (Russia); KL. Ladeveze (France); G. Maier (Italy); N. Miyazaki (Japan); L. Morino (Italy); E. Nakamachi (Japan); T. Nakayama (Japan); T. Nishioka (Japan); A.K Noor (USA); R. Ohayan (France); H. Ohtsubo (Japan); H. Okada (USA); H. Okuda (Japan); E. Onate (Spain); R. Owen (Great Britain); M. Papadrakakis (Greece); J. Periaux (France); T.H.H. Pian (USA); Y.D.S. Rajapakse (USA);A.M. Rajendran (USA); E. Ramm (Germany); F.G. Rammerstorfer (Austria); J.N. Reddy (USA); J. Rencis (USA); S. Saigal (USA); A. Samuelson (Sweden); B. Schrefler (Italy); C. Seher (USA); M. Shiratori (Japan); S. Sipcic (USA); E. Stein (Germany);KSze(Singapore) A. Takizawa (Japan); P. Tan (USA); M. Tanaka (Japan); J. Tani (Japan); J.C.F. Telles (Brazil); Y Toi (Japan); N. Tosaka (Japan); V.Verijenko (SouthAfrica);O.Watanabe (Japan); C.C.Wu (China); W. Wunderlich (Germany); M. Zako (Japan); O.C. Zienkiewicz (Great Britain); S. Yoshimura (Japan).

April 1995

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Contents

VOLUME 1 ICES'95 General Lectures

Can and Should the Force Method he Revisited? 2 Gallagher, R.

Error estimation and adaptivity: Achievements of the last decade 8 Zienkiewicz, O.C. and Zhu, J.z.

Object-Oriented Approaches in Computational Mechanics 14

Object-Oriented Computer Aided Software Engineering for Development of Finite Element I 5 Analysis Programs Kawai, H.; Yagawa, G. and Yoshimura, S.

Symbolic Object·Oriented Finite Element Programming Application to Incompressible Viscous 2 I Flow Zimmermann, T. and Eyheramendy, D.

Object· Based Numerical Wind Tunnel System with Integrated Support Environments 27 Hatakeyama, M.; Akita, K.; Hasegawa, Y.; Takimoto, N. and Watanabe, M.

Nonlinear Finite Element Analysis Using Object·Oriented Approach 33 Maeda, S.; Tokunaga, Y. and Takeda, H.

Object-Oriented System for Evaluation of Fracture Mechanics Parameters of Linear and 39 Nonlinear 3D Cracks Kawate, H.; Yoshimura, S.; Yagawa, G. and Kawai, H.

Integrated Structural Engineering based on Object-Oriented Product Models 45 Meiflner, U.; Ruppel, U. and Peters, F.

A Multi-Algorithmic Class Structure for Finite Element Modeling 5 I Rucki, M.D. and Miller, G.R.

An Agent Oriented Computing Model -Concept Design, Realization, and Applications to 57 Computational Mechanics -Hatakeyama, M.; Kaneko, I.; Uehara, H.; Naoi, M. and Takimoto, N.

Object-Based Management System for Computational Mechanics Software 63 Miura, Y.; Akahoshi, Y.; Harada, S.; Kanto, Y. and Aosa, T.

Neural Network I Fuzzy I AI 69

Symbolic Computation of the Transition Matrix for Cylindrical Bending of Plates According to 70 Reissner's Eighth-Order Theory Brunner, W.; Irschik, H. and Schlacher, K.

Subjective Evaluations for Handling and Stability of Vehicle Using Hierarchical Neural 76 Networks Matsuda, A.; Yoshimura, S.; Yagawa, G. and Hirata, T.

Applications of Genetic Algorithms to Structural Design of Composite Materials 82 Okumura, T.; Yokoyama, A. and Maekawa, Z.

Barkhausen Noise Tentative Analysis Using Neural Networks 88 Ochiai, T.; Shuto, T.; Hamabe, S.; Yamaguchi, A.; Maeda, N. and Yagawa, G.

Adaptive Methods 93

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Adaptive Time Integration Scheme for Heat Transfer Analysis 94 Lee,S.H.

Adaptive Mesh Refinement Using Optimization Technique 103 Kim, 8. and 1m, S.

Adaptive Modelling of Plates in Bending and Shear 109 Wendt, U. and Samuels80n, A..

Error Estimation for General Finite Element Eigenvalue Problems II 5 Stephen, D.B. and Steven, G.P.

Inverse Problems 121

Parameter Identification Using an Evolutionary Algorithm and its performance under 122 Measurement Errors Furukawa, T. and Yagawa, G.

Estimation of Parameters for the Temperature Analysis of Concrete by Using 3-D FEM 128 Ogata, 8.; Kunitake, M.; Kondo, F. and Nakazawa, T.

Parametric Identification of Plane Frames Using Static Strains 134 Liu,P.

Identification of Underground Cavity by New Filter Theory 140 Tsunada, T.; Tanaka, M.; Kohno, K.; Seto, 8.; Hyodo, K. and Fujimura, N.

Contactless Measurement of Stressed Deformed State of Structures Under Diagnosis 146 Kapustyan, V.E. and Kirichenko, A.I.

An Inverse Problem in the Dynamics of a HALROP 1 52 De Divitiis, N.; de Socio, L.; and Mataloni, A.

Quantitative Nondestructive Evaluation with Laser Ultrasonics Using Neural Networks and 158 Computational Mechanics Oishi, A.; Yamada, K.; Yoshimura, S. and Yagawa, G.

Application of Neural Network to ECT Data Analysis of Steam Generator Tubings 164 Matsumoto, Y.; Badics, Z.; Aoki, K. and Nakayasu, F.

On the Inverse Problem in Variational Calculus I 70 Shi, Z.; Zhang, Z. and Liang, L.

Optimization 176

Domain Optimization Analysis of Continuum 177 Azegami,8.; Shimoda, M. and Wu, Z.C.

A Study on the Shape and Topology Optimization of Structures 1 83 Youn, S.K. and Park, S.

Component Mode Synthesis Based Method for Structural Synthesis 1 89 Hou, G.J. and Maroju, V.

Optimum Earthquake-Resistant Design of Truss Structures Considering Confignration and 193 Sizing Variables Ohkubo, S. and Taniwaki, K.

A Study on Optimum Structural Design 199 Nakamura, Y.; Miyazaki, Y. and Nagai, T.

Synthetic Optimization in Off-line Parameter Design 205 Gao, S. and Budde, L.

Discrete Structure Shakedown Design 2 1 I Giambanco, F.; Palizzolo, L. and Cirone, L.

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The Structural Optimization under Uncertainty 217 Suzuki, K. and Ohtsubo, H.

Automotive Applications of Integrated Structural Optimization 223 Nagai, K.; Igarashi, M.; Gea , H.C. and Kikuchi, N.

Domain Optimization Analyses of Flow Fields 229 Katamine, E. and Azegami, H.

A New Variational Optimum Design Method for Nonlinear Truss Without Behavior Sensitivities 235 Ohkubo, S. and Watada, Y.

Form Modeling 241

Sysmesh Automatic 3D Mesh Generator 242 Rassineux, M. and Guichard, T:

Sysweld: Welding and Heat Treatment Modelling Tools 248 Pont, D. and Guichard, T.

CAE 254

A CAE System for Micromachines 255 Lee, J.S.; Yoshimura, S.; Yagawa, G. and Kawai, H.

Development of Finite Element Analysis System for Micro Manipulation 261 Noguchi, H.; Aoki, A.; Miyazaki, H. and Sato, T.

A Special FE-code Adjusted to the Design of Arch Dams 267 Linshauer, H.N. and Promper, R.

A Practical Approach to the Application of Boundary Conditions for Large·Scale Finite Element 273 Computations Reich, R. W.; Dias, J.B. and Nakazawa, S.

Assessment ofInformational Properties of Finite Elementa 278 Beltzer, A.L and Gotlib, V.A.

High Speed Constructional of Global Matrix with Non·uniformed Mesh Used Tabulation 284 Technique Takahashi, H.; Nagasawa, S.; Fukuzawa, Y. and Sakuta, H.

3D·FE Simulations of Automobile Tires 290 Meschke, G.; Payer, H.J.; Liu, C.H.; Helnwein, P. and Mang, H.A.

Numerical Analyses for the Accurate Design of Large Satellite On·Board Antennas 296 Ando, K. and Mitsugi, J.

Many·Strored Buildings and Constructions Oscillation on the Seismic Base with Nonlinear 302 Characteristics under Non·stationary Influence Mardonov,B. andMohamad,A.Ww

Numerical Experimenta of a Shinkansen Train Running on the Bridge at High Speed 307 Tanabe, M.; Wakui, H.; Matumoto, N. and Sokahe, M.

Metric Model of Similarity of Cases for Finite Element Modeling 3 I 3 Nagasawa, S.; Takahashi, H.; Fukuzawa, Y. and Sakuta, H.

Computer-Aided Designs of Construction Wainscoting Plans 3 I 9 Pi under,M. andIgante, T.

Skeleton Generation in Gray Pictures Using Visual System 325 Kanto, Y. and Yoshihara, Y.

Pre Processing I Image Processing 33 I

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The Automatic Generation of Finite Element Models for Different Analysis Levels 332 Ohtsubo, H.; Suzuki, K.; Hiraki, T. and Kawamura, Y

A Simple Method to Generate Nodes for FE Modeling 338 Kanto, Y. and Azim, A.A.

Hexahedral Mesh Generation and Its Application to the Analysis of Groundwater Flow and 344 Transport Phenomena in 3D Fractured Rock Taniguchi, T.; Zielke, W.; Behrendt, F. and Kasper, H.

Automated Conversion of2D Triangular Mesh into Quadrilateral Mesh 350 Shimada, K. and ltoh, T.

Computational Complexity of the Advancing Front Triangulation 356 Krysl,P.

Parallel Computing 362

The Development and Application of Massively Parallel Solid Mechanics Codes 363 McGlaun, M.; Robinson, A and Peery, J.

On Impact-Contact Algorithms for Parallel Distributed Memory Computers 369 Plaskacz, E.J.

Dynamic Bending Deformation of A Ski Lying on A Non-linear Foundation 375 Sakata, T. and Sato, H.

Parallelisation of a Modal Capacity Method. 38 I Nordhues, H. W. and Womer, J.D.

Parallel Mesh Generation Using Engineering Workstations 387 Kawamura, Y.; Ohtsubo, H. and Suzuki, K.

Parallel Non-linear Analysis of Laminated Rubber Structures 393 Tong, P.; Chang, T. and Chen, P.

Parallel Computing Procedures for an Electromaguetic-mechanical Coupled Problem using 399 Workstation Cluster Horie, T. and Kuramae, H.

A Parallel-Vector Simplex Algorithm on Distributed-Memory Computers 405 QIn, J.T. and Nguyen, D.T.

A Tridiagonal Solver for Massively Parallel Computers 41 I Qin, J. and Nguyen, D.T.

Parallel Adaptive Finite Element Analysis for Plate Problems 4 I 7 Meliner, U.; Lammer, L and Olden, J.

HP / Spectral Finite Elements in Computational Mechanics 423

On the Patch Type finite element method 424 Babuska,I.

Optimal finite element approach for elasticity problems on nonsmooth domain in R3 427 Guo,B.

Unstructured hp/Spectral Elements: Connectivity and Optimal Ordering 433 Warburton, T.C.; Sherwin, S. and Kamiadakis, G.E.

Iterative solution for thin p-version elements 445 Mandel,J.

Spectral elements: Adaptivity and applications in fluid dynamics 45 I Henderson, R.

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New Developments in Differential Quadrature Analysis of Structural Components 457 Wang, X.

High-Performance Computing in Science and Engineering 463

Parallel Algorithms for the Generalized Stokes Problem 464 Sameh, A. and Sarin, V.

Sensitivity Analysis for Postbuckling Response of Composite Panels on Distributed-Memory 470 Computers Watson, B.C. and Noor, A.K.

MD Scope - A Visual Computing Environment for Structural Biology 476 Nelson, M.; Humphrey, W.; Kufrln, R.; Gursoy, A.; Dalke, A.; Kale, L.; Skeel, R. and Schulten, K.

3D Simulation of Flow Problems with Parallel Finite Element Computations on the Cray T3D 482 Tezduyar, ToE.; A1iabadi, S.; Behr, M. Johnson, A.; Kalvo, V. and Waters, C.

Supercomputing in Multidisciplinary Analysis and Design 488

Variable-Complexity Multidisciplinary Design Optimization Using Parallel Computers 489 Giunta, A.A.; Balabanov, V.; Burgee, S.; Grossman, B.; Haftka, R.T.; Mason, W.H. and Watson, L.T.

An Application of Artificial Intelligence for Computer-Aided Design and Manufacturing 495 Marx, W.J.; Schrage, D.P. and Mavrls, D.N.

Shape and Topology Optimization of Structures 50 I Ramm, E.; Maute, K. and Reitinger, R.

Heat and Mass Transfer 507

A Godunov-type Numerical Scheme for Hyperbolic Heat Conduction 508 Yeung, W.K. and Lam, T.T.

Numerical Modeling of Bridgman Growth in Space with Mephisto 514 Yao, M.; Raman, R. and de Groh m. H.C.

Turbulence Driven Convective Heat Transfer in a Direct Injection Diesel Engine 520 Cheung, C.8.; Leung, C.W. and Leung, T.P.

Modeling of Collisional Energy Transfer for DSMC Analysis of Non-Equilibrium Effects in a 526 Hypersonic Rarefied Flow Huang Lin; Ren Bing and Shi Yu-zhong

Effectiveness of Thennal Spreaders with Convective and Radiation Cooling 53 1 Lam, T.T.; Fischer, W.D. and Bello, M.

Determination of Contact Conductance Across Bare Bolted Joints Using Interface Pressure 537 Distributions Welch, J.W. and Hamada, B.T.

Real Time Control of a Shuttle Phase Change Material Experiment Using Flight Correlated 543 Algorithms Glaister, D.S.; Bell, K.D ;Hernandez, D.J.; Bello, MJ. and Stoyanof, M.

Computational Mechanics in Electric Devices! Components 549

Effect of Various Parameters on Flow and Temperature Fields during CZ Growth of Oxide Single 550 Crystals Okano, Y.; Hirata, A.; Nishizawa, S.; Tsukada, T.; Hozawa, M. and Imaishi, N.

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Finite Element Analysis of Thermal and Stress Fields during Directional Solidification of 556 Cadmium Telluride Lee, T.; Moosbrugger, J.C.; Carlson, F.M. and Larson, D.J., Jr.

Inelastic Slip·Dislocation Density Constitutive Model for CdTe Single Crystals 562 Moosbrugger, J.C.; Horton, M.R. and Stevens, T.E.

Dislocation Density Analysis for Growth Processes of Single Crystals 568 Tsai,C.T.

Modelling of the Coupled Electromagnetic· Thermomechanical Problem and Its Application to 574 Heat Treatment Stok, B.; Mole, N. and Pokorn, M.

3-D Eddy Current Analysis by the Edge Elements 580 Kanayama, H.; Ikeguchi, S. and Kikuchi, F.

Finite Element Analyses of Cracking in Lithium Niobate Single Crystal 586 Miyazaki, N.; Uchida, H. and Hattori, A

Simulation ofCVD Step Coverage for SiH4 using Parallel Processing DSMC Method 592 Tatsuta, S.; Sato, Y. and Tamaoki, N.

Simulation of the Growth of Diamond Nuclei on Silicon Substrate 598 Kayaba, T.; Saka, M. and Abe, H.

Atomic Simulation on Cavity Nucleation at Intersection between Surface and Grain Boundary in 604 High Temperature Environment Kitamura, T.; Ohtani, R. and Yashiro, K.

Simulation of Thermally Shunted Multiple-Emitter-Finger AlGaAS/GaAs Heterojunction 610 Bipolar Transistors Using A Finite Element Code Kokkalera, S.; Tsai, C.T.; Liou, L.L.; Barrette, J.; Bozada, C.; Dettmer, R.; Fitch, B.; Mack, M. and Sewell, J.

Damage Analysis of Semiconductor Chip during Wire Bonding Process 61 6 Ikeda, T.; Miyazaki, N.; Kudo, K. and Munakata, T.

Flying and Adhesion Phenomena of Submicron Particles in a Low Pressure Semiconductor 622 Manufacturing Apparatus Ishikawa, H. and Kotoh, S.

Fatigue Life Prediction of BGA Solder Joints of under Thermal Cyclic Loads 628 Ebihara, Y.; Nakane, K. and Cai, S.

Delamination Growth and Thermal Stress Analysis of Adhesive Butt Joints by Finite Element 634 Method Nakagawa, F.; Sawa, T.; Nakano, Y. and Katsuo, M.

Transient Thermal Stress Analysis of Butt Adhesive Joints Subjected to Heat Radiation at Side 640 Surfaces of the Adhesive. Katsuo, M.; Nakano, Y.; Sawa , T. and Kawawaki, M.

Advance Computational Methods 646

Numerical Solutions of Mixed Mode Dynamic Fracture in Concrete using Element-Free Galerkin 647 Methods Belytschko, T.; Organ, D. and Tabbara, M.

A Combined Periodic-Shooting, Auto-Pilot Technique for Rotorcraft Analysis 654 Peters, D.A. and Li, S.

A New Approach for Solving Fourth-Order Equations by the Differential Quadrature Method 660 Chen, W.L.; Striz, AG. and Bert, C.W.

On Rothe and Rothe-Galerkin Method for Differential-Operator Equation 666 Zarubin, AG.

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Regularity Between Orthonormal Wavelet Transform of Output Signal and Input Signal or 672 Transmitting System Sone, A; Yamamoto, S~ Masuda, A.; Nakaoka, A. and Ashino, R.

A Simple Method for the Analysis of Correctness of FEM Formulations 678 GiIewski, W.

A Recursive Method of Progressive Construction of Inverse Matrix in FEM 684 Vinogradov, O.

Consistent Infinitesimal Finite-Element Cell Method: Three-Dimensional Case 690 Wolf, J.P. and Song, C.

A Concept of Edge Finite Element Method (EFEM) and Its Application to Experimental Data 696 Interpretation in Mechanics (TEDI) Karmowski, W.

A Technique for Coupling Plate and Solid Elements 702 Alesi, H.; Jones, R. and Mileshkin, N.

Incomplete Discrete Wavelet Transform and its Application to a Poisson Equation Solver 708 Tanaka, N. and Terasaka, H.

Semiclassical Gravity and Large-Scale Structure 7 I 4 Bertoni, C.; Carretti, E.; Finelli, F. and Messina, A

Utilization of Complex Structure Peculiarities Via Finite Element Analysis 723 Vorobiev, Y.; S. Shepel, AL; and KaniIo, S.P.

Method of Line Analysis of Moderate Thick Plate Bending Problems Based on Hu-Reissner's 72 8 Theory Tang, S.G. and Jiang, LP.

The Analysis of Large Deflection of Plates and Shells Using Weighted Residual Method of 734 Lines Jiang, LP. and Tang, S.G.

Environmental Problems 739

Variational data assimilation, optimal parameter estimation and sensitivity analysis for 740 environmental problems Navon,I.M.

Mathematical Modelling and risk assessment in atmospheric pollution problems 746 Nlhoul, J. and Bonday, F.

CoIijugate Gradient-like methods for the Numerical Solution of the Two Site Model in Sorbing 748 Porous Media Gambolati, G~ Pini, G. and Putti, M.

Study on the PO River Delta by Means of Two F.E. Shallow Water Model 754 Pennati, V. and Corti, S.

Water Pollution Control in a Local Textile Finishing Processes Factory 760 Chan, T.L. and Cheng, H.H.

Environmental Geotechnic8 766

Modelling expansive geomaterials 767 Alonso,E.

Solution strategies for pollutant transport modelling in geomaterials 77 3 Sehrefler, B.A. and Simoni, L.

Effect of Roof Slope and Thickness on the Performance of a Saltstone Vault 77 9 Yu, A.D.; Lam, P. and Hau, R.H.

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Soil behaviour under suction and temperature changes 785 Schrefler, B.A. and Bolzon, G.

Moving Boundary Problems in Engineering Science 791

Two Hybrid Spectral Methods for the Analysis of Unsteady Viscous Flows with Oscillating 792 Boundaries Mateescu, D.

On Spectral Collocation Methods in Space and Time for Free Boundary Problems 798 Imai, H.; Shinobara, Y. and Miyakoda, T.

Flows Around a Pitching Wing (Body·Fitted Grid Generation with a Moving Boundary) 804 Kuroda, S. and Ohba, H.

Numerical Simulation of the Flow Involving the Free Surface Using the Generalized Coordinate 810 System Sakuragi, T. and Kashimura, N.

Algorithms for the Stability and the Oscillations of Viscous Rotating Self·Gravitating Fluids 8 I 6 Baranov, A.B.

Computation of Unsteady Flows around A 3D RigidIFlexible Body with the MUSCL Scheme 821 Liu, H. and Kawachi, K.

Numerical Simulation of Viscous Flows with Free-Surface around a Ship Model 838 Shiotani, S. and Kodama, Y.

Pattern Formation Analysis for Snow Crystal Growing by Boundary Element Method 844 Sugino, R. and Tosaka, N.

Modeling and Simulation Using Integrated System of Multi-Mode 850 Mechanics

Modeling for Powder Compaction and Flow in the Thermal or Magnetic Fields 851 Aizawa, T.; Tamura, S.; Iwai, T. and Kihara, J.

Domain Decomposition in Structure-Acoustic Analysis 857 Sandberg, G.

Generalized Variational Formulation and Computer-Aided Simulation of Physical Mechanical 863 Problems Ugodchikov A.G. and Ugodchikov, N.A.

Non-linear and Time Depending Soil-Structure Interaction 869 Trauner, L.; SkrabI, S. and Zlender, B.

Smart Algorithms in Computational Fluid Dynamics 875

Efficient Time Discretization in Fixed Grid MOC : Modified Characteristic Scheme in Open 876 Channels DeICore, R.C. and McInnis, D.A.

An Approach for Solving the Advective and Diffusive Partial Differential Equation Based on 882 Characteristics Method Ghidaoui, M.S. and Jiaquan, D.

Analytical Analysis of Linear Discretization Strategies in Unsteady Open Channel Flows 888 Ghidaoui, M.S.; Karney, B. and McInnis, D.

A Smart Algorithm ofCFD on the Stabilized FDM by Self-Diffusion 894 Aratani,T.

Algebraic Pressure Correction Techniques for Predicting Incompressible Fluid Flows 900 Xu, Co; Guo, R. W. and Yeung, W.

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Calculations on the Unsteady Aerodynamic Forces Surrounding Bodies in Relative Motion Using 905 the Boundary Element Method Kikuchi, K. and Yanagizawa, M.

Mesh Generation and Update Strategies for Parallel Computation of 3D Flows 91 I Johnson, A. and Tezduyar, T.E.

Parallel Finite Element Fluid Analysis on Element·by·Element and Unstructured Multi·Color 917 Basis Okuda, H. and Yagawa, G.

Numerical Simulation of Transverse Jet Reacting Flows in Scramjet Combustor 923 Liang, J.H. and Wang, C.Y.

Parallel Processing for Solving Toeplitz Linear Systems on a NEC SX-3144R Supercomputer 929 Li, L and Nakamura, T.

Prediction of Chaos Using Stabilization Principle 935 Zak, M. and Meyers, R.

Direct Numerical Simulations of Compressible Turbulence Using Higher Order Method of Lines 941 Nishida, H. and Satofuka, N.

Numerical Simulation of Turbulent Gas-Particle Impinging Jets 947 Tchavdarov, B. and Yoshida, H.

Turbulence in Automaton Solution of Two-component Flow 953 Matsukuma, Y.; Watanabe, S. and Takahashi, R.

A New Approach for Deriving Sufficient Stability Conditions in Pipe Transients with Large 959 Friction Ghidaoui, M.S.

Two and Three Dimensional Wave Interactions in Wake Flows 965 Morganti, M. and Sciortino, G.

Physical Component BFC Method: Numerical Technique Using Differential Geometry 971 Takizawa, A. and Kondo, S.

Simulation of Overflow·induced Sloshing in Elastic-wall Vessel Using Physical Component BFC 977 Method Lu, D.; Takizawa, A. and Kondo, S.

Modelling of Turbulent Flow in an IC-Engine Configuration 983 Ericsson, M. and Fuchs, L

Petrov-Galerkin Finite Element Approach for the Conservative Navier-Stokes Equations 989 Kakuda, K.; Tosaka, N. and Hughes, T.

Finite Element Simulation for Flow around a Structure 995 Kawahara, Y.; Kakuda, K. and Tosaka, N.

Numerical Simulation of a Class of Multipolar Viscous Fluids I 00 I Manouzi,H.

Identification of the Friction Coefficient in Shallow Water Flows I 007 Idrissi, M. and Soulaimani, A.

Solution of Navier-Stokes Equations for Flow within Vectoring Nozzles 101 I Shen, H.; Ji, M. and Ji; S.

CIP-Tow8.rds an Ultimate Goal to an Universal Solver for Gas, Liquid and Solid 1017 Yabe, T

Fast Algorithm for Moving-Adaptive-Grid Generation in One- and Multiple-Dimensions 1023 Ida, M. and Yabe, T.

CIP Advection on Triangular Mesh I 029 Aoki,T.

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Differential Algebraic Hydrodynamics Solver with Cubic-Polynomial Interpolation -two dimensional formulation Utsumi,T.

Numerical Simulation on Unsteady Density Flows with Free Surfaces Takemoto, Y. and Toril, K.

Vibrational Response vs. Change of Trailing Sweep Angle, Tip Angle and Wing's Thickness of a Small Wing Under Aerodynamic and Aeroelastic Forces in Super Sonic Range Kargamovin, M.H. and Sayrafie, M.H.

Numerical Calculation of Three-Dimensional Hypersonic JET Interaction Flowfields Li, H. and Wang, C.Y.

Numerical Study of Self-Excited Oscillation of Supersonic Jet Impinging on Plate Sakakibara, Y. and Iwamoto, J.

Nonlocal Artificial Boundary Conditions for Computation of External Viscous Flows Tsynkov, S.V.

Adaptive Solution of Transonic Flows Ekstrand, P. and Fuchs, L

Computational Analysis of Thermophoretic Flow Over Cold Inclined Plates: Effect of Variable Properties Srikanth, R. and Jayaraj, S.

Shock-Fitting for Sonic Boom Calculations Guo, W.1L and Hafez, M.M.

Automaton Solution of Shock Tube Problem Saito, Y.; Matsukuma, Y. and Takahashi, R.

Application of Boundary Condition at Junction to Nozzle for Pulsatile Flow through Pipe Endo, M. and Iwamoto, J.

The Negative Impingment Pressure Nozzle Phenomenon Akin, J.E.; Smith, S.K. and Dove, R.N.

Numerical Simulation of Impingement Air Cooling from LSI Packages with Plate Fins by the Penalty Finite Element Method Tanaka, T.; Matsushima, H.; Uek!, A and Atarashi, T.

Inelastic Deformation, Damage and Life Analysis

Obstacles to high temperature Cyclic structural durability of continuous-fiber MMCs Halford,G.

Disturbed state modelling of materials and interfaces, and computer implementation Desai, C.S. and Basaran, C.

A damage mechanics approach to life prediction for a salt structure Chan, K.S.; Devries, K.L.; Bodner, S.R.; Fossum, AF. and Munson, D.E.

A multiaxial fatigue theory including mean stress and ratcheting effect Ellyin, F.; Xia, Z. and Kujawski, D.

A probabilistic formulation for creep-fatigue failure analysis Harlow, D.G. and Delph, T.J.

Sensitivity Studies in Ratchetting Using Finite Element Models Manning, AS.; Harvey, S.J. and Harrison, C.

Application of continuum damage mechanics to fracture analysis and its related problems Murakami, S. and Liu, Y.

Higher Order Gradients in Adiabatic Shear Banding A1fantis, E.

xiv

1035

1041

1047

1053

1059

1065

1071

1077

1090

1096

1102

1108

1114

I J 27

J J 28

J J 34

J 140

1146

1152

115R

1164

II?O

Illustrations of Constitutive-Damage Modeling of dynamic fracture of plates and tension bars 1176 Eftis, J. and Nemes, J.

On the effective yield surface of a Simple Polycrystal I 182 Povirk, G.L and Onat, E.T.

Extension of the flow rule in Plastic Constitutive Equation I I 88 Hashiguchi, K

Inelastic behavior modeling of block medium at the different scale levels I 194 Nazarov8, L.

Comparison of Beam and Plane Stress Theories for Inelastic Structures 1199 Adam, C. and Brunner, W.

Finite element analysis of damage and elasto-plastic behavior of metal matrix composites 1205 Voyiadjis, G.z. and Park, T.

Influence of temperature and environment on the mechanical behavior of fibre reinforced I 2 I I Ceramic composites Kussmaul, K; Maile, K and Kuhnle, J.

Inelastic behavior of CFRP subjected to cyclic loading I 2 I 7 Ishikawa,lL and Sasaki, K

Models for predicting damage evolution in metal matrix composites Subjected to Cyclic Loading 1223 Allen, D.H.; Hurtado, L.D.; Helms, K and Lagoudas, D.C.

Modeling of creep and tensile behavior at high homologous temperature using the viscoplasticity 1229 theory based on overstress (VBO) Tachibana, Y. and Kremp!, E.G.

Flexural vibrations of visco plastic composite beams 1235 Adam, C. and Ziegler, F.

Large deformation of axisymmetric viscoplastic shells 1241 San80ur, C. and Kollmann, F.G.

Identification of viscoplastic constitutive equations by inverse methods I 247 Lovato, G.; Moret, F.; Cailletaud, G. and Pilvin, P.

Application of viscoplastic theory to high temperature design offast breeder reactor components 1253 Chellapandi, P.; Chetal, S.C. and Bhoje, S.B.

Viscoplastic Adaptation with regard to Discontinuous Bifurcation 1259 Miinz, T.; Bakhrebah, S. and Willam, K

Evaluation of nonlinear structural dynamic responses using a fast-running spring-mass 1265 formulation Benjami, A.S.; Altman, B.S. and Grada, J.D.

The effect of resisting media and other rotating-beam parameter changes on the fundamental I 274 frequency of bending vibrations Sabu,A.

Experimental and numerical simulations of buckling problems in lightweight structures 1279 Limam, A.; Alexis, D. and Jullien, J.F.

Large displacement structural durability analysis of simple bend specimen emulating rocket 1285 nozzle liners Arya, V.K and Halford, G.

Three-Dimensional Elastoplastic Finite-Element Analysis and Strength Evaluation of Link 1292 Chains in Chain Hoists Subjected to Combined Loads of Tensile Loads and Bending Moments Hiroshima, T. and Sawa, T.

Numerical Techniques in the Application of the Method of Arbitrary Lines to Elastic-plastic 1298 Analysis Kaminishi, K. and Miyoshi, T.

xv

A constitutive model for the analysis of deformation in low strain rate 1304 Radhakrishnan, V.M.

The evolution of damage in prenotched steel specimens deformed at high strain rates I 3 10 Cao, Y.IL and Batra, R.C.

Calculation of elasto-plastic notch tip strains and stresses under non-proportional multiaxial 1316 loading Singh, M.N.; Moftakhar, A. and Glinka, G.

Effect of Aspect Ratio and Strain Hardening on Void Growth: Proportional Loading at Low to 1324 Moderate Triaxiality Mazataud, P. and McDowell, D.

Determination of damage parameters for microcrack formation: Measurement and application in 1330 lifetime prediction models Stamm, H.,; Hiihner, P. and Schwertel, J.

Deformation Instabilities at Finite Inelastic Strains 1336 Stein, E. and Steinmann, P.

On the Propagation of a Shear Band in a Thick-Wall RHA Steel Tube 1342 Peng, Z and Batra, R.C.

Creep damage in type 316 stainless steel and its correlation with rupture properties I 347 Mathew, M.D.; Sasikala, G.; Mannan, S.L. and Rodriguez, P.

Stick-Slip Instabilities in Fracture 1353 Webb, T.W. and Aifantis, E.

Temperature dependent cyclic deformation mechanisms in HAYNES 188 superalloy 1359 Rao, K.B.; Castelli, M.G.; Allen, G.P. and Ellis, J.R.

Deformation behaviour of a single crystal superalloy SC16 at elevated temperatures: 1365 Experimental observations and modelling Gabrisch, H.; Kuttner, T. and Wahl, R.P.

Additional Cyclic Hardening of metals under Tension-Torsion and triaxial tension-compression I 371 Loadings Calloch, S. and Marquis, D.

Assessment of microstructural degradation in metallic materials by acoustic and magnetic I 377 methods Jayakumar, T.; Raj, B. and Rodriguez, P.

Forming Simulation and Instability Prediction 1383

Simulations of Sheet Metal Forming Operations by Considering Plastic Anisotropic Behavior of I 3.84 Sheet Metal Cbou, C.IL; Pan, J. and Tang, S.C.

The Element Bending Group Method 1390 Wagoner, R.H.; Zhou, D. and Sriram, S.

Comparison between Numerical and Analytical Predictions of Shear Localization of Sheets 1396 Subject to Biaxial Tension Goya, M.; Miyagi, K.; Ito, K.; Sueyoshi, T. and Itomura, S.

F.E.M. Analysis of Shear Localization Using a New Constitutive Equation for Isotropic Porous 1402 Materials Sueyoshi, T.; Goya, M.; Miyagi, K. and Itomura, S.

3-D FEM Analysis of Forming Operations for Planar Anisotropic Sheet Panels 1408 Keum, Y.T.; Suh, Y.S.; Chung, K. and Wagoner, R.H.

Adaptive Arbitrary Lagrangian-Eulerian Finite Element Model for Metal Forming Problems 1414 Raju, S. and Ghosh, S.

xvi

Optimum Sheet Forming Process Design by Using FE Analysis and Mathematical Programming Katayama, T.; Nakamachi, E. and T. Nakano,

A Theoretical and Experimental Investigation of Limit Strains in Sheet Metal Forming Zhao, L.; Sowerby, R. and SkIad, M.P.

Dynamic Plastic Instability Prediction of Sheet Stretching by Using Elastic Crystalline -Viscoplastic FE Method Nakamachi, E. and Dong, X.

Three-Dimensional Elastic-Plastic FEM Analysis on Rectangular-Section Turbular Forming Jia, Z. and Gunasekera, J.S.

Direct Simulation of Powder Mixing and Refinement Process in the Mechanical Alloying Aizawa, T.; Benson, D. and Kihara, J.

Simulation of Flow Maldistribution and Its Result on Mass-Transfer Sioley, A.W. and Golden, S.W.

Impact and Contact Problems

A Computational and Experimental Comparison of Hypervelocity Impact in Aluminum and Cadmium Whipple Shields Kerr, J.H.; Fahrenthold, E.P.; Christiansen, E.L. and Crews, J.L.

Shock Testing and Response Simulation of Electronic Equipment Trepess, D.H.

Impact Force Prediction for a Hopkinson Bar Using Axisymmetric Solid Elements Kapania, R. and T. Stoumbos, T.

Evaluation of Construction Elements State Under Explosive Loading Vorobiev, Y.S.; Kolodyazhnyi, A. V. and Sevyukov, V.I.

Issues and Approaches in 3-D Frictional Contact Analysis Kwak,B.M.

Equivalent Moduli of Sheet Reinforced Soils Tong, P. and Shi, G.

Design of Three Dimensional Tactile Sensor Applying Optical Waveguide Plate Based on FEM Contact Analysis and Implementation of Robotic Tactile Sensing System Using Image Data Processing Technique Ohka, M.; Mitsuya, Y.; Takeuchi, S. and Kamekawa, O.

Computing Methods for Contact Problems in Structural Mechanics Ecker,lL and Steinschaden, N.

Solving Elastic Contact Problems with Friction as Linear Complementarity Problems Based on Incremental Variational Principles YU,IL and Zhu, D.

Stability and Bifurcation

Second-Order A-Priori Estimates of Bifurcation Points on Geometrically Nonlinear Prebuckling Plates Mang, ILA. and Heinwein, P.

Suppressing Singularities when Computing Critical Points Using Multigrid Methods Roonau, A. and Parsons, I.D.

Computational Stability Theory - Its Strategy Fujii, F.; Okazawa, S. and Gong, S·X

A Study on Robust Structures under Consideration of Dynamic and Buckling lliroyasu, T. and Yamakawa,lL

xvii

1420

1426

1432

1438

1444

1450

1456

1457

1463

1469

1475

1480

1486

1492

1498

1504

1510

1511

1517

1523

1529

On the Coupling of Analytical and Numerical Methods for the Solution of Weakly Nonlinear 1535 Chaotic Dynamical Systems Mastroddi, F. G.; Ceccarelli, G. and Morino, L.

Governing Equations for the Dynamic Stability of Thin Shells Subjected to Follower Forces and 1541 some Numerical Results Fukuchi, N. and George, T.

Threshold Curves of Quantitative Dynamic Stability of Thin Shells subjected to Follower Forces 1547 George, T. and Fukuchi, N.

Delamination Buckling of Laminated Composite Structures with Curvature 1553 Kim, Y. and 1m, S.

Elasto-Plastic Analysis of Steel Columns under Uniaxial Cyclic Loading Using Minimum 1559 Residual Displacement Method Ishikawa, T. and Yoda, T.

On Elasto-Plastic Buckling Analysis of Cylindrical Shells 1565 Damjanic, F .B.; Brank, B. and Peric, D.

Author Index

VOLUME 2

New Developments in Finite Element

Some remarks on Free Mesh Method: A Kind of Meshless Finite Element Method Yagawa, G.; Yamada, T. and Kawai

Assumed Stress Function Finite Element Method: Towards Unification Barakrishna, C.; Kane, J.H. and Gallagher, R.H.

Continuum-based Shell Elements for Nonlinear Applications Parisch,H.

Assumed Stress Stabilization Vectors for 9-node Shell Element Sze,K.Y.

A B-spline Field Approximation Model for Shells Varmeulen, A.H. and Heppler, G.R.

Quadrilateral Mindlin Plate Bending Element Using Continuous Shear Constraint Kondoh, K. and Hanai, M.

A Locking-free Mixed Triangular Element for the Reissner-Mindlin Plates Kikuchi, F. and Ishii, K.

The Modify Variational Method of Calculation of Turbomachines Blading Vibrations Vorobiev, Y.8. and Korsunskiy, M.L.

Investigation and Improvement of Rational Displacement Fields of Incompatible Element JiBo, z.F.; Sheng, Y. and Wu, C.C.

Shear Locking in B-spline Based Finite Element Formulations Varmeulen, A.H. and Heppler, G.R.

Patch Test Oriented Analytical Element Formulations Zirwas, G. and Cornu, C.

G1obaVLocal Analysis of Stepped Plates with Cutouts Haryadi, S.G.; Kapania, R.K. and Haftka, R.T.

xviii

1571

1572

1578

1584

1590

1596

1602

1608

1614

1620

1626

1632

1638

Galerkin Finite Element Method and Collocation Method using Piecewise Cubic B-Spline Basis Function Kim, Y·M ; Kim, J-S and Kim, S·D

On the Numerical Analysis of General Piezoelectric Thin Shells Bernadnu, M. and Haenel, C.

Modified Beam Element Based on Mindlin's Theory Bittnar, Z. and Kruis, J.

Finite Dynamic Element for Free Vibration Analysis by Hybrid Stress Formulation He, G.; Chen, D. and Pian, T.H.H.

Recent Advances in Constitutive Laws for Engineering Materials

On the representation of rate dependence of hardening and non-proportional loading effects by a viscoplastic model Bodner, S. and Rubin, M.

Constitutive Modelling of Inelastic Single Crystals for Localization Phenomena Perzyna, P. and Duszek·Perzyna, M.K.

From the Standard Linear Solid to the Viscoplasticity Theory Based on Overstress Krempl,E.

Shock Properties of High-Strength Ceramics Grady, Dennis

The Effect of Thermodynamic Constraints upon the Mie-Grucuoiscu equation of State Segletes, Steven

Navy Initiative to Enhance Structural Failure Simulations Garrett, Robert Jr. and Mair, H.

Review of Ductile Failure Models for Shock-Wave Propagation Finite Element Codes Rajendran, AM. and Garrett, Jr., R.K.

Computational Simulation of Surface Formation in Solid Continua Rashid, Mark

The Role of Dynamic Experimentation for Computation Analysis Chhabildas, L. and Trueano, T.G.

Partitioned-Modeling approach for Domain-Transition Problems Chen,Z.

Simulation of Hypervelocity Impact on Massively Parallel Supercomputer Fang, H. Eliot

Dynamic Fracture Analysis Based on a Continuum Damage Model Chen,E.P.

A Cyclic Plasticity Model for Metal-Matrix Composites Voyiadjis, G.Z. and Tbiagaranjan, G.

Delamination Evolution in Composites Using a Cohesive Zone Model Lo, D.C. Costanzo, F. and AIlen D.H.

Numerical Simulation of Perforation of Aluminum Plates by Tumbling Projectiles Li Kezhun and Goldsmith, W.

Application of Schemes on Moving Grids to Numerical Simulation of High Energy Density Physics Problems Vorobiev, 0.; Shutov, A. and Fortov, V.

Nucleation and Growth of Deformation Twins Fried,E.

XIX

1644

1650

1656

1661

1666

1667

1673

1679

1685

1691

1697

1703

1709

1715

1721

1727

1733

1739

1745

1751

1752

1758

A Constitutive Law for Commercial-Purity Aluminum Deformed under Hot-Working Conditions 1759 Puehi, E.S. and Staia, M

Constitutive Equations for the Critical Resolved Shear Stresses of Monocrystalline AI-Cu and 1760 AI-Mg Solid Solutions Wu, B-M ; Przystupa, M and Ardell, AJ.

Evolution of Microstructures and a Micromechanical Model 1761 Wang, JoG and Ichikawa, Y.

A Simple Technique for Evaluating Material Constants for Solid Materials for Various Flow 1767 Stress Models Hamouda, A.M.S. and Hashmi, MS.J.

An Evaluation of a Recently Developed Elastoplastic Constitutive Model by General FEM Code 1768 ADINA Xis, Z.; EIIyin, F.; Meijer, G. and Wu, J.

Constitutive Model for Viscoplasticity and Creep 1773 Ishikawa, H. and Sasaki, K.

A Rationale for Constitutive Laws of Soft Tissues 1779 Conway, T.; Mazilu, N. and V0880Ughi, J.

Strain Localization in Clear Wood in Compression 1785 Tonnesen, M; Poulsen, J.8. and Byskov, E.

Analysis of Adiabatic Shear Bands in Thermoviscoplastic Materials under Combined Loading 1791 Liu, D-S and Lee, M

An Efficient Method for Creep Failure Analysis Using Continuum Damage Mechanics 1797 Hsiao, J.; Fong, M and Gibbons, T.

Effect of Visco plastic Constitutive Behavior on Residual Stresses in Metal Matrix Composites 1803 Mukherjee, 8.; Anath, C. and Chandra, N.

A Cap-Model for Masonry-Like Material Constitutive Laws 1809 Fuschi, P. and Rizzo, S.

Numerical Algorithm on moving adaptive grids for modelling into the atmosphere of a planet 1810 Utyuzhnikov, S.V.; Ganzha, D.H. and Polukhin, V.V.

Constitutive Relation of the Couple-Stress Theory for Fiber-Reinforced Composite 1816 Ma,J.

On the Numerical Implementation of Renewal Inelasticity Theory 1818 French, M; Freed, A. and Bagley, R.

Numerical Prediction of Failure of Cast Zinc Using an Anisotropic Plasticity Model with MTS 1824 Hardening Lewis, M W.; Maudlin, P .J.; Schreyer, H.I. and Stout, MG.

Multi-Phase Equation of State of Metals for Large Computer Codes 1830 Lomonosov, I and Fortov, V.

Materials Characterization of Overinjected Thermoplastic Composite 1836 Harte, A.M. and McNamara, J.F.

A Two-Step Approach for the Simulation of Semi-Solid Metalworking I 838 Xu, J.; Cheng, S.; Trasorras, J.R.; Hsu, S. and Du, F.R.

Molecular Dynamics 1839

Numerical Melting Simulation and Phase Transition Analysis of Solid Crystal 1840 Kato, S. and Bu, H.

A Multi Particle Simulation of Charged Particle System with Reactivity 1846 Ohnishi, T.

xx

High-Speed Computing Algorithm for Molecular Dynamic Simulation Aratani, T_

Some Challenges to Feel Molecular Dynamics Simulations for Solid Mechanics Tsuji, T. and Noda, N.

A New Method for Fatigue Life Evaluation of Polycrystalline BCC Iron Inoue, H.; Chobara, H.; Wada, H.; Akahoshi, Y. and Harada, S.

Molecular Dynamics Simulation of Hypervelocity Impact Problem Ando, H.; Inoue, H.; Akahoshi, V and Harada, S.

MesolDamage Mechanics of Material Failure

Cyclic Liquefaction Analysis Using the Disturbed State Concept Desai, C.B. and Shao, C.

Modeling the Flow of Fragmented, Brittle Material Curran, D.R.; Seaman, 1..; Simons, J.W. and Cooper, T.

A Computational Study of Random Crack Nucleation in Polycrystalline Ice Niu, B.J. and Wu, M.S.

The Thermodynamic Structure of a Ternary Model of Porous Compressible Materials BIuhm,J.

Fundamental Study on Application of Damage Mechanics for Evaluation of Material Degradation Watanabe, T.; Yoshino, M.; Gu, W.; Nakayama, M.; Maeda, N. and Vagawa, G.

An Anisotropic Damage Model for Metals Fatigue Chow, C.L. and Vu, I..

Mesoscopic Analysis of Small Deformation in Heterogeneous Materials Using Voronoi Cell Finite Element Method Moorthy, S. and Ghosh, S.

Plastic Deformation of Perforated Sheets as a Model of Damaged Materials Nagaki, S.; Nakayama, V. and Abe, T.

New Strategy for Through Coupled Computer Modeling of the Process of Macroscopic Behavior Formation in Composite Materials with Real Multilevel Architecture Ivanov, V.N. and Orlova, E.P.

Multi-scale Modelling of Damage Processes in Shell Structures Kratzig, W.B.; Knoke, C. and Basar, V.

Composite Laminates: Stress Singularities and Failure Mechanisms Basar, V.; Ding, V.; Krii tzig, W.B. and Schultz, R.

Damage Evolution and Failure Mode Kn\jcinovic, D. and Mastilovic, S.

Three-Dimensional Mesoscopic Simulation of Brittle Microcracking Solids Toi, V. and Kiyusue, T.

Numerical Analysis of Residual Stress due to Surface Induction Hardening Xu, D. and Kuang, Z.

Damage Characterization by the Measurements of Elastic Constants Tang, C.V. and Lee, W.B.

Computational Modelling of Fragmentation and Penetration of Ceramic Plates Camacho, F. and Ortiz, M.

Microcracking and Electric Fatigue of Ferroelectric Ceramics Jiang,Q.

Study of Weld Geometry and Microstructure by Ultrasonic Means Vung, W.C.; Ralph, B..; Fenn, R. and Lee, W.B.

xxi

1852

1858

1864

1870

1876

1877

1879

1886

1892

1898

1904

1916

1922

1928

1934

1940

1947

1953

1959

1965

1971

1977

1983

Calculation of Positron Annihilation Characteristics in Fatigue Damaged Type 304 Stainless 1989 Steel Takimoto, M.; Kodama, A.; ltoh, G.; Otani, Y.; Nakayama, M.; Maeda, N. and Yagawa, G.

Fracture and Damage Mechanics 1995

Modelling of Rapid Crack Propagation by the Finite Volume Method 1996 Ivankovic, A. and Williams, J.G.

Some Aspects of Crack Growth in Creep Brittle Materials 2002 Hall, D.; McDowell, D. and Saxena, A.

Impact Fracture of Concrete Beams Suspended in the Air by Tameshi·wari of Karate·doh 2008 Daimaruya, M.; Kobayashi, n.; Perez, JoL; Fuad, K and Syam, B.

Mathematical Simulation of Underground Explosion 2014 Bykovtsev, A.S. and Kramarovsky, D.B.

Review of Methods for Calculating Fracture Parameters for Interface Crack Problems 2020 RaJu, l.s. and Dattaguru, B.

Computational Analysis of the Stress Distribution along the Bimaterial Interface near a Crack by 2027 the Singular Integral Equations Method Fujimoto, K and Shioya, T.

A Study on Fracture Criterion of Atomic Array Crack Model 2033 Watanabe, K; Sato, Y. and Ichimura, S.

3D·Effects on Strain Energy Release Rates, Stresses and Stress Singularities Adjacent to Crack 2039 Front Edges Ding, S.; Buchholz, F.; Burger, M. and Kumosa, M.

Crack·tip stress singularity field of a mixed·mode three·dimensional crack 2045 Machida, K and KIkuchi, M.

A Computational Investigation of Crack Growth in Multiple Fiber Ceramic Matrix Composites 2051 Brust, F.W.; Bonora, N. and Newaz, G.M.

Fracture Toughness Measurement of Short Fiber Reinforced Thermosetting Resin 2057 Kikuchi, M. and Koizuml, T.

Effect of Loading Rate on Crack Tip Behavior· An Experimental and Numerical Investigation 2063 Lin, C.T. and Ravichandran, G.

Cracking Formation in Heterogeneous Materials 2069 Sumi, Y. and Weng, Z.N.

A Hybrid Finite Element Method for Cracks 2075 Zhang, J. and Kataube, N.

Mesh·Dependence and Damage Localization in Creep Fracture Analysis to a Plate with Circular 2081 Cut-Out Lin, Y and MurakamI, S.

An Investigation of the Effects of History Dependent Damage In Time Dependent Fracture 2087 Mechanics Brust,F.W.

Analysis of Localized Deformation in Sheet Metal Based on CrystsI Plasticity Theory 2093 Kitagawa, IL; Nakatani, A. and KonishI, IL

On the General Solution of Plane Crack Problems in Westerguard Form 2099 Sanford, R.J.

Computer·Aided Simulation of Chip Flow and Tool Damage in Metal Machining 2105 Maekawa, K.; Shirakashi, T. and Obikawa, T.

An Information Theory Approach to the Random Microstructural Stresses in Polycrystals 2 I I I Kreher, W.s.

xxii

Dual Boundary Element Analysis of Multiple Cracks Contact Problem with Friction 21 17 Chen, T-C and Chen, W-H.

Numerical Techniques for Determining Stress Intensity and Higher Order factors Using the 2123 Finite Difference Methods Liu, K.M.; Lee, K.M. and Pan, C.K.

On Fault System Interaction 2129 Bykovtsev, A.S. and Semenova, J.

On Evaluation of Fracture Parameters in Statistical Fracture Mechanics 2135 Kunin,B.I.

Aging Aircraft 2 14 I

Mixed Mode Fatigue Crack Growth Related to Widespread Fatigue Damage 2142 Jeong, D.Y. and Tong, P.

Plane Stress Crack Growth and T* Integral an Experimental -Numerical Analysis 2148 Okada, R.; Suzuki, Y.; Ma, L.; Lam, P.W.; Pyo, C.-R.; Atluri, S.N.; Kobayashi, A.S. and Tan, P.

Elastic-Plastic Residual Strength Analysis of Aircraft Structures with Wide-Spread Damage 2154 Pyo, C.-R.; Okada, H. and Atluri, S.N.

On Schwartz-Neumann Alternating Method for the Elastic-Plastic Analysis of Elliptical Cracks 2160 in 3D Body Wang, L. and Atluri, S.N.

Impact Loads and Containment Aspects during a Rotor Failure in Aircraft Jet Engines 2165 Sarkar, S. and Atluri, S.N.

Topology Optimization of Mechanical Repairs for Aging Aircraft 2 I 7 I Chickermane, H. and Gea, H.C.

Elastic-Plastic Analysis of Multiple Cracks in Airplane Fuselage 2177 Denda, A. and Dong, Y.

Factors Affecting the Early Stages of Corrosion-Fatigue in Commercial Aircraft Skin 2 I 83 Schmidt, C.G.; Kanazawa, C.R.; Shockey, DA and Flournay, T.H.

Development of New Frame Finite Elements for Aircraft Crash Analysis 2189 Vasudevan, S.; Okada, R. and Atluri, S.N.

Computational Design Methods for Laminated Composites 2195

Optimal Design of Composite, Pressure Vessels Using Three Dimensional Elasticity Theory 2196 Verijenko, V.E.; Adali, S. and Tabakov, P.Y.

Bi-criteria Optimum Design of Fiberous Laminated Plates Under Axial Compression and Shear 2202 Kassaimah, SA; Mohammad, A.A. and KolkaiIah, FA

Fracture Analysis of Microcrack Induced Delaminations in Composite Laminates 2208 Chen, H.; McGrath, P A and Cheng, C.

An Asymptotic Finite Element Model for Multilayered Composite Plates 2214 Tarn,J.Q.

Optimal Design of Laminated Composite Shells Based on the Use of Refined Theory 2220 Piskunov, V.G.; Demtchouk, O.N. and Prigyazhmuk, V.K.

Optimization of Thick Sandwich Plates 2226 Adali, S .. ; Verijenko, V.E. and Summers, E.B.

Equation Decomposition Method for Analysis of Plates Made of Composite Material 2232 Koreneva, E.B. and Pshenichov, G.I.

xxiii

Optimal Design of Laminated Composite Pressure Vessels with Flat and Hemispherical End- 2238 caps for Maximum Buckling Pressure Walker, M. and Reiss, T.

Creep Relaxation in Filament-Wound Composite Pressure Vessels 2244 Azzam, B.S.; Mohammad, A.A.; Moktar, M.O. and KoIkaUab, FA.

Analysis and Application of Composites 2250

Bending of Laminated Plate Composed of Moderately Thick Layers 2251 Kumperacak, V.

Static and Dynamic Analysis of Laminated Shells using a Triangular Conforming Element 2257 Qatu,M.

Structural Analyais and Computation Program for Generally Laminated Thick Composite Plates 2263 Narita, Y.; Ohta, Y. and Fukushi, K.

Approximate Fundamental Frequency of Variable Thickness Composite Plates 2269 Barton, Jr .. O. and Reiss, R.

Elastic Wave Propagation Analysis for Laminated Composite Using a Quasi-Three-Dimensional 2275 Model Nishiwaki, T.; Yokoyama, A.; Maekawa, Z. and Mori, S.

Comer Singularities of Logarithmic Form for the Cantilever Orthotropic Strip under Flexure 2281 Savoia, M. and Tullini, N.

Determination of Effective Properties of Particulate Metal Matrix Composites Using Finite 2287 Element Method RamakrIshnan, N.

Macroscopic Behaviour of Fibrous Composite Material with Frictional Fibre-matrix Interface 2293 Wieckowski, Z.

Computational Modeling of Damage Extension Ahead of Notch Tip in Fiber-Reinforced 2299 Composites Sekine, H. and Suzuki, H.

Nonlinear Analysis of Woven Fabric Composite Materials by Homogenization Method 2305 Considering Microscopic Fracture Takano, N. and Zako, M.

Simulation System for Mechanical Behaviors of Textile Composites 23 I I FuJita, A.; Nakai, A.; Yokoyama, A. and Hamada, H.

Stability and Failure of Layered Composites with Interface Cracks 23 I 7 Guz,LA.

Delamination Analysis of an Angle-Ply Laminated Three-Point Bending Specimen 2323 Wang, H.; Buchholz, F. and RIkards, R.

Numerical Algorithm for Local Failure Analysis of Reinforced Concrete Structures 2329 Takeda, H. and Kusabuka, M.

Computational Applications of Alternative Mathematical Models for Reinforced Concrete 2334 Bergan, P.G.; Arnesen, A. and Fyrlleiv, O.

Determination of the Torsion Stiffness of Thick-walled Multiple-connected Cross-sections with 2340 Nonlinear Material Parameters by Using the FEM Kleinhenz, A.; Strippel, R. and Schulz, J.

Smart Structures Technology to Monitor Through-the-Thickness Behavior of Composites 2346 Foos, B.C.; Wolfe, W.E. and Butalia, T.S.

Deflection of Orthotropic Plates with Defects 2352 Lam, C.L.; Lalor, MoJ.; Leung, T.P. and Burton, D.R.

xxiv

Numerical and Experimental Investigations of Failure in Integrally Stiffened, Layered Composite Panels Skrna-Jakl, LC.; Rammerstorfer, F.G. and Tschegg, E.K.

Dissimilar and Inhomogeneous Materials

Modeling Analyses of a Honeycomb Sandwich Construction Ogasawara, N.; Shiratori, M.; Miyahara, S.; Yu, Q. and Miyano, A.

An Analysis of Functional Gradient Materials by Molecular Dynamics Method Tsuji, T.; Noda, N. and Fukazawa, M.

Strength Evaluation of Ceramic-Metal Joints with Interface Crack Based on Interfacial Fracture Mechanics Ebihara, Y.; Kimura, K.; Miyoshi, T.; Shimokoshi, Y. and Minami, N.

Stresses Near the Free Edge of the Interface in a Dissimilar Materials Joint with Elastic-Plastic Material Behaviour Munz, D.; Sckuhr, M.A. and Yang, Y.Y.

Free-Edge Stress Singularity and Its Disappearance in Bonded Dissimilar Materials loka, S.; Kubo, S. and Obji, K.

Three-Dimensional Stress Analysis for Dissimilar Materials Koguchi,H.

Elastoplastic Finite Element Analysis of Single-lap Adhesive Joints Subjected to External Bending Moments Sawa, T. and Yajima, A.

A Two-Dimensional Stress Analysis of a Butt Adhesive Joint Filled with Rigid Circular Fillers in the Adhesive Subjected to a Tensile Load Sawa, T.; Nakano, Y. and Urae, K.

Axisymmetrical Stress Analysis of Joints Combining an Adhesive with a Tap Bolt Sawa, T. and Nishijima, H.

Effect of By-Pass Loads on the Strength of Bolted Composite Joints Hung, C.; Sun, H.-T. and Chang, F.-K.

Large Deformation

Accuracy of Corotational Formulation for Timoshenko's Beam under Finite Displacements lura, M. and Furuta, M.

Correction of Unbalanced Forces in the Large Deflection Analysis of Rigid Frames Yoda, T. and Ishikawa, T.

Finite Element Formulation for 3-Dimensional Large Rotation Analysis of A Beam Ishihara, M.

Large Deflection Analysis of Rectangular Plates Using a Nonlinear Programming Theory Ohtaki,S.

Modified Rosenbrock Method for Computing the Transient Response of Nonlinear Structures Piche, R. and Tuomala, M.

Finite Element Procedure of Initial Shape Determination for Hyperelasticity Yamada,T.

Optimization of an Anisotropic Blank Shape Based on Ideal Sheet Forming Design Theory and FEM Analysis Chung, K.; Barlat, F.; Brem, J.C.; Lege, D.J. and Richmond, O.

Study on Improvement Technique for Bilinear Element in Elastoplastic Large Deformation Analysis Guo, Z. and Watanabe, O.

xxv

2358

2364

2365

2371

2377

2383

2389

2395

2401

2407

2413

2419

2425

2426

2432

2438

2444

2450

2456

2462

2468

A New Formulation of Assumed Stress Hybrid Elements and the Applications for Strain Localization Problems Seki, W. andAtIurI, SoN.

Embedded Localized Strain Zone Constitutive Model in Finite Strain and Finite Rotation Okada, H. and AtIuri, SoN.

Adiabatic Shear Bands

Adaptive Methods for Parabolic Partial Differential Equations with Application to Shear Band Formulation Flaherty, J.E.; Moore, P.K. and Walter, J.

Flow Localization in Porous Solids with Pressure-Sensitive Matrices Pan, J. and Jeong, H.

Mathematical Framework of Band Formation Under Condition of Plane Stress Valanls, K.C.

Computational Composite Structures

Equivalent Domain Integral for Delamination Growth Estimation Naganarayana, B.P. and AtIuri, SoN.

Free Vibration Characteristics of Symmetric Cross-Ply Laminated Plates: A Semi-Analytical Differential Quadrature Analysis Bert, C.W. and Malik, M.

A Numerical Evaluation of the Effects of Matrix Cracking in a Viscoelastic Composite Zocher, M.A.; Allen, D.H. and Groves, S.E.

Evaluation of Shear Deformation Plate Theories of Composite Laminates Reddy,J.N. andBose,P.

A Generalized FE-Method for Non-Linear Composite Shells with 2D- and 3D-Modeling Gruttmann, F.; Stein, E. and Wagner, W.

Recent Development in Computational Analytical Techniques for Elastodynamics of Advanced Materials and Structures

A complete model of ultrasonic NDE for internal and surface-breaking cracks Bostrom, A and BOvilc, P.

The Perfectly Matched Layer for Computational Acoustics QI, Q. and Geers, T.L

Dynamic Response of Layered Poroelastic Media Senjuntichai, T. and Rajapakse, R.K.

Dynamic Modal Response Analysis of Composite Laminates Zhu, J.; Shah, A and Datta, S.K.

Lattice Analysis to Assess Fiber-Matrix Interface Behavior Under Various Experimental Configurations ' Frantziskonis, G.; Matikas, T .E.; Karpur, p.; Krlshnamurty, S. and Shaw, L.

Dynamics and Control

Stochastic Delayed Control Algorithm for SDOF Structures Baratta, A; Papa, F. and Zuccaro, G.

Direct Output Feedback Control of Flexible Structures Swel, S. and Chang, C.C.

xxvi

2474

2480

2486

2487

2493

2499

2505

2506

2514

2520

2526

2533

2539

2540

2546

2551

2557

2563

2569

2570

2576

Active Vibration Control of Automobile Chassis with Reaction Mass Actuators 2582 Pham,ILQ. and Vu, IL V.

Vibration Control of a Two·Link Pendulum Using Gas Jet 2588 Cui, IL; Qui, J.; Tani, J. and Yanase,lL

Open·Loop/Closed·Loop Control Simulation on the Stability of a Landing Gear Undergoing 2594 Overrun Braking Zhang Ling and Zhu Depei

Model Formulation and Vibration Control of a Two·Link Manipulator with a Flexible Forearm 2600 Fung, E.K. and Cheung, C.K.

Minimum Trajectory Control of Robot : Part I·· Minimization of Intermediate Points 2606 Yih, T.C. and Ji, K

Minimum Trajectory Control of Robot: Part II·· Control Algorithms 2612 Yih, T.C. and Ji, K

High·Speed Stability and Dynamic Response Analysis of Motorcycle·Driver System 2617 Tsuta, T.; Bai, J. and Hanano, T.

Computational Human Dynamics of Vehicle-Passenger Dynamic Interaction on a Highway Bridge 2623 Nishiyama, S.

On the Intregrability in Nonlinear Structural Dynamics 2629 Miinz, T.;, Carini, A. and WiIIam, K

On the Applications of Numerical Methods to Aircraft Running Dynamics 2635 Zhu,D.

Computer Simulation Study on Clod Throwing Process of Subsoil Cultivation 2641 Hu,lL; Kato, S. and Sang, Z.

IABEM - Mathematical Foundations 2647

Selecting a Derivative Boundary Element Formulation for use with Hermitian Interpolation 2648 Tomlinson, K; Pullan, A. and Bradley, C.

Computing Influence Functions for 2-D Compound Regions of Complex Configuration 2654 MeInikov, Y.

Error Estimation and Adaptivity in the Boundary element Method 2659 Liapis,S.

The Boundary Element in Thermoelastic Stress Separation - I: Formulation and basic solution 2665 using a Monte Carlo Method Hamilton, R.; Boyle, J.T. and Mackenzie, D.

Energy Formulation of the Direct and Indirect BEM Approach in Elastostatics 2671 Sirtori, S. and Miccoli, S.

Applications of Stochastic boundary element method to solids with uncertain geometry 2677 Burczynski, T.

A BIE for a second order Elliptic Partial Differential Equation with Variable Coefficients 2683 Ang, W.T.; Kusuma, J. and Clements, D.

The Effect of Essential Boundary Conditions on the Convergence of Iterative Equation Solvers in 2689 BEM Rencis, J.J.; Mann, KC. and Urekew, T.J.

IABEM - Applications 2695

xxvii

Adaptive Structural Analysis Using Boundary Element Method 2696 Ezawa, Y.; Yoshimura Y.; Okamoto, N. and Kobayashl,lL

Heat Conduction Analysis by Improved Multiple-Reciprocity Boundary Element Method 2702 Ochlal,Y.

Application ofBEM to the Linear Buckling Problem of Thin Elastic Plates 2708 Tanaka, M.; Matsumoto, T. and Yamamoto, K. .

Effective Boundary Element Method for Predicting Corrosion Rate of Heat Exchanger 2714 Aokl, S.; Amaya, K. and Mlyuki,lL

The Boundary Element in Thermoelastic Stress Separation - II: A General Hybrid 2720 N umerical/Experimental Technique Comlekcl, T. and Boyle, J.T.

Boundary Integral Equation Approach to the Classical Theory of Elasticity (Application of Semi- 2726 direct Method to Gear Strength Rating) Tanaka, M. and Fujii, K.

IABEM • Coupling of FEM·BEM 2732

On Hybrid Coupled FEM-BEM Stress Analysis 2733 Hsiao, G.C.; Schnack, E. and Wendland, W.L

A Coupling Method of Boundary Element and Finite Element for Elastoplastics 2739 Ma,J.

Application of Combined BEM-FEM Algorithms in Numerical Modelling of Diffusion Problems 2744 Majchrzak, E.

A High-Order Couple Finite ElementIBoundary Element Human Torso Model 2750 PuIIan,A.

IABEM • Nonlinear Problems 2756

Dynamics of Visco plastic Plates by a Modal BEM 2757 Fotiu, P.A.; Heuer, R.; and Ziegler, Franz

Application of the BEM for Numerical Modelling of Continuous Casting 2763 Moclmacki, B. and Suchy, J.8.

An Internal Variable Approach Applied to Boundary Element Elastic-Plastic Analysis 2769 Nappi, A.

IABEM· Singularity Issues 2775

Continuity Requirements for Density Functions in Boundary Integral Equations are not Strictly 2776 Necessary GulggiaDl, M.

Hypersingular BEM for Transient Dynamic Problems 2782 GaJJego, R. and Dominguez, J.

Hypersingular Integral Equations on Curved Boundaries 2788 Maucher,R.

Calculation of Stresses by BEM without Computation ofhypersingular Integrals '2794 Fiedler,C.

Differentiability of strongly singular BIE formulations with respect to boundary perturbations 2800 Bonnet,M.

xxviii

On the free terms and singular integrals in isotropic and anisotropic potential theory Mantic, V. and Paris, F.

A procedure for the semi·analytical evaluation of generally singular integrals that occur in the boundary element analysis of thick plates Noronha, M. and Dumont, Ney

Continuity of the Elastic BlE Formulation Cruse, T.A. and Richardson, J.D.

An approach for direct evaluation of singular integrals in boundary flux identity Matsumoto, T.; Tanaka, M. and Kani, M.

Cauchy principal values, finite part integrals and interval normalization: some basic considerations Dumont,Ney

On the Theory of Complex Hypersingular Equations Linkov, A. and Mogilevskaya, S.

Automatic numerical integration of nearly singular integrals in the boundary element method Kunihiro, N.; Hayami, K. and Sugihara, M.

IABEM • Fracture Mechanics

BIE Fracture Mechanics Analysis· 25 Years of Developments Cruse, T.A.

Energy Release Rate Computation Using Material Differentiation of Elastic BIE in 3·D Elastic Fracture Bonnet, M. and Xiao, H.

Crack Determination in time Domain with Collocation BIEM Nishimura, N. and Kobayashi, S.

Boundary·integral Analysis of Anisotropic Bimaterials with an Interface Crack Berger, J. and Tewary, V.K.

Development of A Variational Boundary Integral Method for the Analysis offully 3-D Crack Advance Problems Xu, G.; Argon, A.; Ortiz, M. and Bower, A.

Some Studies of Dual Reciprocity BEM for Elastodynamic Analysis Agnontiaris, J.; Polyzos, D. and Beskos, D.

On the Expansion for Surface Displacement in the Neighborhood of a Crack Tip Gray, L. and Paulino, G.

Elastic Green·s Function for a Composite Solid Containing a Crack at an Angle to the Interface Tewary, V.K. and Berger, J.R.

IABEM . Fluid Mechanics

A third-order BEM for Potential aerodynamics Morino, L; Gennaretti, M. and Calcagno, G.

Compressible Potential Flow Around a Helicopter Rotor ROttgermann, A. and Wagner, S.

A boundary element method for velocity-vorticity formulation and comparison with a high order finite volume scheme Skerget, Land Drikakis, D.

xxix

2806

2812

2818

2824

2830

2836

2841

2847

2848

2856

2862

2868

2874

2890

2896

2902

2908

2909

2915

2921

Soliary Wave Split-up due to a Sloping Bottom 2927 van Daalen, E.F.G.

BEM Formulation of the trailing edge condition 2933 Davi, G.; Marretta, R. and Milazzo, A.

Boundary Element Simulation of Flow through an Earthen Embankment Subjected to Cyclic 2939 Variation of Reservoir Level Srivastava, R. and Contractor, D.N

Estimation of Permeability Coefficients using Extended Kalman Filter-Boundary Element and 2945 Finite Element Methods Kanoh, M. and Kuroki, T.

MPP Implementation and Computational Performance - Study of 3D Source Panel Method 2951 Hu, Hong and Logan, T.G.

Effect of Fluid Saturated Porosity of the Seabed for Interaction Problems of Fluid-Structure- 2957 Seabed System Utsumi, H.; Kawakami, T. and Kitahara, M.

Boundary Element method for Aerodynamic Sensitivity Analysis 2963 Arsoffi, G. and Morino, L.

A Study of the Accuracy of Finite Volume and Boundary Element Methods in Laminar Separated 2969 Flows Drikakis, D. and Skerget, L.

An Extension of the LTDRM to Some Highly Nonlinear Diffusion Equations 2975 Satravaha, P. and Zhu, S.

Boundary Element Method of Stationary Viscous Incompressible Flow with Axial Symmetry 2981 Yang, WJI and Yang, J.

IABEM - Stochastic BEM 2987

Random Interior Data Representations in Probabilistic Boundary Element Analysis 2988 Kaljevic, I. and Saigal, S.

Dynamic Analysis of Stochastic Media by Boundary Elements 2994 Callerio, A.; Casciati, F. and Faravelli, L.

A GIF-based Stochastic Boundary Element Method for Random Porous Media 3000 Lafe, O. and Cheng, A.

IABEM - Interfaces & Inverse Problems 3006

A Boundary Integral Equation for Linearly Layered Potential Problems in Two and Three 3007 Dimensions Shaw, Richard P. and Gipson, S.

Fundamental Solutions for an orthotropic Layer and Multilayered System 3012 Wideberg, J. and Benitez, F.

Perturbed Boundary Element Method and its Solution to the Stability of Plates of Perpendicular 3018 Anisotropic Materials Chen, G.; Murata, M. and Suzuki,a

Inverse Boundary Element Solution for Locating Subsurface Cavities in Thermal and Elastostatic 3024 Problems Kassab, A.; Moslehy, F.; Ulrich, T. and Pollard, J.

xxx

Shape Sensitivity Analysis and Optimization of Linear and Nonlinear Transient thermal 3030 Problems Using BEM Lee, DoH. and Kwak, BoM.

IABEM • Sensitivity & Inverse Problems 3036

Boundary and path-independent integrals in sensitivity analysis of voids 3037 Burczynski, T. and Habarta, M.

Sensitivity Analysis of Potential Problem by regular- and singular-function Trefftz Method 3043 Kita, E.; Kamlya, N. and Ikeda, Y.

Sensitivity Analysis of 2-D Elastodynamic Problems through Boundary Integral Equations 3049 Tanaka, M.; Nakamura, M. and Hanaoka, S.

IABEM· Dynamic Systems 3055

On Stability and Efficiency of 3D Acoustic BE Procedures for Moving Noise Sources 3056 Antes, H. and Jager, M.

Dynamic Response Analysis of 2-D Elastoplastic Systems by a BEMIFEM Scheme 3062 PavIatos, G.D. and Beskos, D.E.

On the Determination of Approximate Frequency-Dependent Mass Matrices in the Hybrid 3068 Boundary Element Method Dumont, N.A. and de Oliveira, R.

A New hybrid symmetric boundary element method in elastodynamics 3074 Gaul, L.; Fiedler, C. and Ricoeur, A.

Applications of an Advanced Time Domain BEM to 3-D Problems in Geomechanics 3080 Rizos, D.C. and Karabalis, D.L.

Scattering Wave Range Limits in a Soil and an Embedded Rock Layer Using a Boundary Element 3086 Method HeymsfieId, E. and Sadegh, A.M.

An Evaluation of Doubly Asymptotic boundaries for Transient Elastodynamics 3092 Geers, T.L. and Oberai, A.A.

Finite-State Acoustoaeroelasticity 3098 Morino, L.; lemma, U. and TraineIli, L.

Wave Propagation Problems in Soil Media by BIEM 3 104 Hadjikov. L. and Dineva, P.

A Variational Formulation of the Boundary Element Method in Transient Poroelasticity 3 I 10 Pan, E. and Maier, G. and Amadei, B.

An Efficient 3-D Time domain BEM for Wave Propagation Problems 3 I 16 Wiebe, T.

A Semi-Analytical Method for Time-Dependent Problems 3122 Burton, I.; Pullan, A. and Nekos, R.

Late Paper(s) 3128

Earthquake Interaction Between Adjacent Space Structures under P-Delta Effects 3 I 29 Liolios, S;. Galoussis, E and Papalexiou, D.

xxxi

Nonlinear Deformation Responses of Rubber Components by Finite Element Analysis Wang, S.M.; Chang, T.y'P. and Tong, P.

Authors Index

xxxii

3135