Automated, high-fidelity tools for aerodynamic design face critical issues in
attempting to optimize real-life geometry and in permitting radical design
changes. Success in these areas promises not only significantly shorter design-
cycle times, but also superior and unconventional designs. To address these
issues, we investigate the use of a parametric-CAD system in conjunction with
an embedded-boundary Cartesian method. Our goal is to combine the mod-
eling capabilities of feature-based CAD with the robustness and flexibility
of component-based Cartesian volume-mesh generation for complex geometry
problems. We present the development of an automated optimization frame-
work with a focus on the deployment of such a CAD-based design approach
in a heterogeneous parallel computing environment.
| Keywords | : | CAD system cartesian CAD CAD design approach |
| file credit | : | Marian Nemec |
| file type | : | |
| file topic | : | Computer, Engineering |
| rating | : | ![]() ![]() ![]() ![]() ![]() |
| viewed | : | 93 times |
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