This contribution presents computational concepts and algorithmic techniques for simulation and gradient-based optimization of geometrically nonlinear and large-scale finite element models of composite structures. Several industrial application examples illustrate the methods, show the applicability to large problems, and prove the high parallel efficiency.
Design of Lightweight Composite Structures: A Parameter Free Structural Optimization Approach
2012
6 Seiten
Conference paper
English
EFFICIENT DESIGN OF LARGE LIGHTWEIGHT COMPOSITE STRUCTURES: A PARAMETER FREE OPTIMIZATION APPROACH
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