Topology optimization in fluid mechanics using continuous adjoint and the cut-cell method
Volume: 97, Pages: 286 - 297
Published: Sep 1, 2021
Abstract
A topology optimization method for steady-state flows of incompressible fluids which is capable of imposing accurate boundary conditions along the solid walls of the sought fluid paths is presented. In each topology optimization cycle, body-conforming Cartesian meshes are generated around shapes of any complexity by tracing the fluid-solid interfaces and a cut-cell flow solver is implemented together with its adjoint. Sensitivity derivatives are...
Paper Details
Title
Topology optimization in fluid mechanics using continuous adjoint and the cut-cell method
Published Date
Sep 1, 2021
Volume
97
Pages
286 - 297
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