Boundary Integral Methods

General Lectures.- Simple Layer Potentials for Elliptic Equations of Higher Order.- Variational Methods for BEM.- Contributions.- The Use of Spline Approximated Particular Integrals in the Free Vibration Analysis of Membranes by BEM.- Two and Three Dimensional Crack Growth Using the Surface Integral and Finite Element Hybrid Method.- 3-D Sound Generated by Moving Sources.- A Boundary Element Procedure for the Analysis of Two-Dimensional Elastic Structures.- The Boundary Element Method for the Diffusion Equation: a Feasibility Study.- A General Integral Formulation for Rotational Flows in Aerodynamics.- Viscous Flow Analysis Using the Poincaré Decomposition.- Application of a Low Order Panel Method to Slender Delta- Wings at High Angles of Attack.- Boundary Element Sensitivity Analysis and Optimal Design of Vibrating and Built-Up Structures.- Analysis of the Interaction Between Lifting Surfaces by Means of a Non-Linear Panel Method.- Efficient Analysis of Complex Solids Using Adaptive Trimmed Patch Boundary Elements.- Stochastic Boundary Elements for Groundwater Flow with Random Hydraulic Conductivity.- A New Integration Algorithm for Nearly Singular BIE Kernels.- A Contribution to Lifting Surfaces Aerodynamics Based on Time Domain Aeroacoustics.- Infiltration from Surface Water Bodies.- Dynamic Crack Propagation Using Boundary Elements.- The Shock Noise of High Speed Rotating Blades — The Supersonic Shock Problem.- Hypersingular Boundary Integral Equations: a New Approach to Their Numerical Treatment.- Hyperbolic Grid Generation with BEM Source Term.- Solution of Boundary Value Problems by Integral Equations of the First Kind — An Update.- GENESIS-A Mesh-free, Knowledge-based, Nonlinear Boundary Integral Methodology for Compressible, Viscous Flows over Arbitrary Bodies: Theoretical Framework and Basic Physical Principles.- An Iterative Boundary Element Analysis of Helically Symmetric MHD Equilibria.- The Generalized Boundary Element Approach to Viscous Flow Problems by Using the Time Splitting Technique.- Sample Point Boundary Element Error Analysis.- Boundary Formulations for Nonlinear Thermal Response Sensitivity Analysis.- Non-Linear Analysis of the Flow Around Partially or Super-Cavitating Hydrofoils by a Potential Based Panel Method.- A Discussion of BEM with reference to Trusses.- Time-Harmonic Elastic-Wave Scattering: The Role of Hypersingular Boundary Integral Equations.- A Numerical Solution of II Kind Fredholm Equations: A Naval Hydrodynamics Application.- Resistance of a Grooved Surface to Parallel and Cross Flow Calculated by B.E.M..- Indirect Evaluation of Surface Stress in the Boundary Element Method.- An Integral Equation Method for Geometrically Nonlinear Bending Problem of Elastic Circular Arch.- A Numerical Method for the Analysis of Nonlinear Sloshing in Circular Cylindrical Containers.- Coupling of Finite Elements and Consistent Boundary Elements in Structural Analysis.- Regularization in 3D for Anisotropic Elastodynamic Crack and Obstacle Problems.- Boundary Element Analysis of Non-Linear Wave Forces on Buried Pipelines.- Further Applications of Regularised Integral Equations in Crack Problems.- Analysis of Non-Planar Embedded Three-Dimensional Cracks Using the Traction Boundary Integral Equation.- Boundary/Field Variational Principles for the Elastic Plastic Rate Problem.- The Inclusion of Shear Deformations in a Plate Bending Boundary Element Algorithm.- Application of the Boundary Integral Equation (Boundary Element) Method to Time Domain Transient Heat Conduction Problems.- Panel Methods for Free Surface Flows.- On the Use of Different Fundamental Solutions for the Interior Acoustic Problem.- Identification of Cracks or Defects by Means of the Elastodynamic BEM.- Computer Simulation of Duct Noise Control by the Boundary Element Method.- Boundary Element Analysis of Non-Linear Liquid Motion in Two-Dimensional Containers.- A Combined Finite Element-Boundary Element Approach for ElastoPlastic Analysis.- Boundary Domain Integral Method for the Space Time Dependent Viscous Incompressible Flow.