IABEM Symposium on Boundary Integral Methods for Nonlinear Problems

Proceedings of the IABEM Symposium held in Pontignano, Italy, May 28–June 3 1995

Häftad, Engelska, 2012

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Beskrivning

This volume contains the Proceedings of the IABEM International Sym- posium on Boundary I~ntegrall Methods for Nonlinear Problems, held at the Certosa di Pontignano near Siena (Italy) on May 28 - June 3, 1995. The Symposium was sponsored by IABEM (International Association for Boundary Element Methods) and co-sponsored by IUTAM (International Union of Theoretical and Applied Mechanics). The members of the Scientific Committee of the Symposium are Heinz Antes (Germany) Satya N. Atluri (USA) Dimitri E. Beskos (Greece) Thomas Cruse (USA) Massimo Guiggiani (Italy) George C. Hsiao (USA) Shoichi Kobayashi (Japan) Gunther Kuhn (Germany) Vladimir G. Maz'ya (Sweden) Luigi Morino (Italy, co-organizer) Renzo Piva (Italy) Wolfgang L. Wendland (Germany, co-organizer) Pieter J. Zandbergen (The Netherlands) Franz Ziegler ( Austria, IUTAM representative) The contributions include mathematical issues on boundary integral equa- tions and boundary element methods as well as applications to fluid and solid mechanics and to heat transfer. The individual contributions are briefly reviewed in the following.

Produktinformation

Utgivningsdatum:2012-10-14
Mått:160 x 240 x 14 mm
Vikt:409 g
Format:Häftad
Språk:Engelska
Antal sidor:226
Förlag:Springer
ISBN:9789401064064

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Innehållsförteckning

On the Removal of the Trailing-edge Singularity in 3D Flows.- Modelling of Discontinua with the Boundary Element Method.- Boundary Element Transient Analysis of Inelastic Plate Structures.- Coupled Conductive Convective and Radiative Heat Transfer.- Singular Integral Equations and Differential Forms.- A Variable Stiffness Plasticity Boundary Element Formulation for Nonlinear Orthotropic Fracture Mechanics.- Solvability of a System of Integral Equations for Clamped Plates.- A Boundary Integral Formulation of Contact Problems with Friction.- A Micromechanical Study of Grain Boundary Sliding by Boundary Elements.- Fast Solvers for Nonlinear FEM-BEM Equations.- Nonlinear Boundary Integral Equations of Contact Mechanics and Some of Their Engineering Applications.- On the Coupling of Mixed Finite Element and Boundary Integral Methods for a Nonlinear Elasticity Problem.- Viscoelastic Solids Treated by Hybrid Boundary Element Method.- Sensitivity of Approximate BEM Solutions.- Dynamic Contact of Elastic Bodies with Equality and Inequality BEM.- A Boundary Element Formulation for the Time-Integration of Nonlinear Dynamic Systems.- Krylov Subspace and Domain Decomposition Methods in 2D Viscous Flow by Boundary-Domain Integral Method.- Nonlinear Problems Via Boundary Element Methods.- Exact Boundary Control of a Vibrating Plate by BEM.- Parallel Algorithms for Coupled BEM-FEM with Elastoplastic Deformations in the FE-Domain.- Integral Equation Methods in Inverse Obstacle Scattering.- A Total-Lagrangian FBEM-Approach for Hyper-Elasticity and Plasticity at Finite Strains.- Boundary Integral Equations on a Contour with Peaks (closing lecture).- Boundary Element Collocation Methods with Reduced Inter-Element Smoothness.- A Velocity Decomposition for Viscous Flows: Lighthill Equivalent-Source Method Revisited.- Boundary Integral Simulation of Nonlinear Oscillations of Gas Bubbles.- An Internal Variable Approach Applied to Boundary Element Nonlinear Structural Analysis.- Symmetric BEM Formulations for Elastic-Damage Material Models.- Solid-Liquid Phase Change in Porous Media: Solution by Boundary Integral Method.- On the Boundedness of Singular Operators in the Sobolev Space.- Integral Equation Methods for Viscous Flow Free-Boundary Problems: an Overview with Applications.- Incremental Approach to the Finite Deflection Problem of Thin Elastic Plates Via Boundary-Domain Element Method.- Boundary Element Approach to Nonlinear Problems in Continuum Mechanics.- Boundary Element Method for Elastoplastic Analysis of Bimaterial, Including Interface Crack.- 10 Years of Investigations in Nonlinear Waves.