Abstract
Effective methods leading to automated, computer-based solution of complex engineering design problems are studied in this paper. In particular, methods of automation of the finite element analyses are of primary interest here. These include algorithmic approaches, based on error estimation, adaptivity and smart algorithms, as well as heuristic approaches based on methods of knowledge engineering. A computational environment, which interactively couples h- p adaptive finite element methods with object-oriented programming and expert system tools, is presented. Several examples illustrate the merit and potential of the approaches studied here.
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