Topology optimization of structures in transient impacts with Coulomb friction

Volume: 122, Issue: 18, Pages: 5053 - 5075
Published: Jun 22, 2021
Abstract
This paper demonstrates gradient driven density‐based topology optimization of transient impact problems with friction. The sensitivities are obtained using the semi‐discrete adjoint approach in which the temporal components are obtained by the "differentiate then discretize" whereas the spatial part is determined discretely. In this work, the sensitivity analysis method is extended to a mixed formulation involving both displacements,...
Paper Details
Title
Topology optimization of structures in transient impacts with Coulomb friction
Published Date
Jun 22, 2021
Volume
122
Issue
18
Pages
5053 - 5075
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