Abstract
The development of a general boundary element method (BEM) for transient problems of thermomechanics is discussed. The new formulation operates directly in the time domain. These formulations are implemented in a general purpose BEM system which includes higher-order conforming elements, self-adaptive integration, and multi-region capability. A number of detailed examples are presented to illustrate the accuracy and suitability of this boundary element approach for linear and nonlinear thermomechanical analyses.
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