GPU-Accelerated 3D Mesh Deformation for Optimization Based on the Finite Element Method
Alternativní metriky PlumXhttp://hdl.handle.net/11012/82917
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This paper discusses a strategy for speeding up the mesh deformation process in the design-by-optimization of high-frequency components involving electromagnetic field simulations using the 3D finite element method (FEM). The mesh deformation is assumed to be described by a linear elasticity model of a rigid body; therefore, each time the shape of the device is changed, an auxiliary elasticity finite-element problem must be solved. In order to accomplish this in a very short time numerical integration and the solution of the resulting system of equations are performed using a graphics processing unit (GPU). The performance of the proposed algorithm is illustrated are verified using a complex example involving 3D FEM analysis of a dielectric-resonator filter.
Zdrojový dokumentRadioengineering. 2017 vol. 26, č. 4, s. 924-929. ISSN 1210-2512
- 2017/4