Unstructured grid solvers have well-known issues predicting surface heat fluxes when strong shocks are present. Various efforts have been made to address the underlying numerical issues that cause the erroneous predictions. The present work addresses some of the shortcomings of unstructured grid solvers, not by addressing the numerics, but by applying structured grid best practices to unstructured grids. A methodology for robust shock detection and shock-fitting is outlined and applied to production-relevant cases. Results
Best Practices for Unstructured Grid Shock-Fitting
AIAA SciTech 2017 ; 2017 ; Grapevine, TX, United States
2017-01-09
Conference paper
No indication
English
Best Practices for Unstructured Grid Shock Fitting
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