<p>The last two decades have seen the emergence of a versatile and powerful method of computational engineering mechanics, namely the boundary element method. This book which incorporates the massive development of the BEM technology that has occurred in the last decade, describes the formulation of boundary element methods for almost all applications of the method. For ease of use, a simple utilitarian and tutorial approach is adopted in the initial chapters, introducing the basic background needed to learn the method. Simple but detailed instructions for its application to heat transfer and stress analyses are then dealt with, before moving on to more complex formulations in the later chapters. Fully supported by numerous case studies, this is a comprehensive guide to the subject.</p>

The Boundary Element Methods in Engineering

Science & Math

Banerjee, Prasanta Kumar

Technology

Mcgraw-Hill College

This E. & F. N. Spon title is now distributed by Routledge in the US and Canada

Developments in Soil Mechanics and Foundation Engineering: Model Studies

Engineering & Transportation

Engineering

Elsevier Applied Science

Developments in Boundary Element Methods

CRC-Press

Boundary element methods [BEM] have some inherent advantages in dynamic analyses of solids. This volume of the development series of boundary element methods provides advanced treatment of the recent theory and innovative applications related to scalar waves and elastodynamic problems. All chapters of the volume are self-contained and examples described are suggestive for further developments of the advanced BEM. Some topics covered are as follows: formulations of periodic dynamic two- and three-dimensional as well as axisymmetric problems [chapter 2]; dynamic responses of isolated rigid footings and flexible foundations, interaction between adjacent structures on viscoelastic foundations [chapter 10]; time-domain formulations for two-and-three dimensional as well as axisymmetric scalar wave propagation problems and transient elastodynamic problems [chapter 3 and 4]; dynamic analysis of soil-structure interactions, including those with both linear and nonlinear interface conditions [chapter 5]; elastodynamic scattering from a spherical inclusion with nonlinear interface conditions [chapter 7]; treatments of hypersingular integral equations and different regularization procedures [chapter 6]; and regularized double layer potential formulations for three-dimensional periodic elastodynamic crack problems [chapter 1].

Advanced Dynamic Analysis by Boundary Element Methods : Developments in Boundary Element Methods

Reference

Catalogs & Directories

Routledge

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