Book Description

The major motivation behind the Boundary Element Method (BEM) was to reduce the dependency of analysis on the definition of meshes. This has allowed the method to expand naturally into new techniques such as Dual Reciprocity and all other Mesh reduction Methods (MRM). MRM and BEM continue to be very active areas of research with many of the resulting techniques applied to solve increasingly complex problems.

This book contains papers presented at the much-acclaimed thirtieth International Conference on Boundary Elements and other Mesh Reductions Methods . The proceedings contain papers on practically all major developments in Boundary Elements, including the most recent MRM techniques, grouped under the following topics: Fluid Flow; Heat Transfer; Electrical Engineering and Electromagnetics; Damage Mechanics and Fracture; Mesh Reduction Techniques; Advanced Computational Techniques

Book Contents

Towards a fast single domain – subdomain BEM algorithm for 3D incompressible fluid flow
J. Ravnik; L. Škerget; Z. Žunič;

Simulation of thin film flow around a cylinder on an inclined plane using the boundary element method
S. J. Baxter; H. Power; K. A. Cliffe; S. Hibberd;

Meshless and BE analysis of the flow and concentration around a DO-supplying machine
K. Sakamoto; M. Kanoh; T. Kuroki;

Boundary element method for micropolar fluid flow in a channel
M. Zadravec; M. Hriberšek; L. Škerget;

A multipole based Boundary Element Method for moving boundary problems in axisymmetric geometry
J. Singh; A. Glière; J.-L. Achard;

SHP solution of effect of elevated temperature on tunnel lining
P. Procházka; S. Peskova;

Natural convection in porous media under cross temperature and concentration gradients with Boundary Element Method
J. Kramer; R. Jecl; L. Škerget;

Analysis of log-periodic dipole arrays with boundary elements
D. Poljak; V. Doric; M. Birkic; D. Kosor;

Electromagnetic modelling of foetus and pregnant woman exposed to extremely low frequency electromagnetic fields
C. Gonzalez; A. Peratta; D. Poljak;

Trefftz analysis for temperature rise on human skin exposed to electromagnetic waves
Y. Hirayama; E. Kita;

Modelling of protective potential distribution in a cathodic protection system using a coupled BEM/FEM method
A. Muharemović; H. Zildžo; E. Letić;

Boundary element model of the human head exposed to an electrostatic field generated by Video Display Units
D. Čavka; D. Poljak; A. Peratta; C. Brebbia;

Interfacial debonding and damage progression in particle-reinforced composites
S. Womack; M. S. Ingber;

Trefftz-type approach for 2D fracture problems
A. N. Galybin;

Integral transform approach for dynamic fracture calculation and crack growth modelling
P. Brož;

Desingularised method of double layer fundamental solutions for potential flow problems
B. Šarler;

On the use of integrated RBFs in Galerkin approximation for elliptic problems
N. Mai-Duy; T. Tran-Cong;

Boundary element dual reciprocity method with overlapping sub-domains
B. Thanh Tu; V. Popov;

Comparison of two solvers for the extended method of fundamental solutions
R. Gospavic; N. Haque; V. Popov; C. S. Chen;

Iterative 3D BEM solver on complex faults geometry using angular dislocation approach in heterogeneous, isotropic elastic whole or half-space
F. Maerten; L. Maerten;

Adaptive cross approximation based solver for boundary element method with single domain in 3D
T. Grytsenko; A. Peratta;

Regularization of the hypersingular integrals in 3-D problems of fracture mechanics
V. V. Zozulya;

Efficient elasto-plastic analysis via an adaptive finite element-boundary element coupling method
W. Elleithy; U. Langer;

3D multi-spectral image-guided Near-Infrared spectroscopy using the boundary element method
S. Srinivasan; B. W. Pogue; K. D. Paulsen;

Parametric analysis of ACA-based solver for BEM 3D
T. Grytsenko; A. Peratta;

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