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Langley Research CenterTurbulence Modeling Resource |
Return to: Numerical Analysis of 3D Hemisphere Cylinder Validation Case (NEW) Intro Page
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TURBULENCE MODEL NUMERICAL ANALYSIS
Grids - 3D Hemisphere Cylinder (NEW)
A paper describing the grid generation
for this case is AIAA-2018-1101,
https://doi.org/10.2514/6.2018-1101. For the 3D Hemisphere Cylinder,
a set of Fortran programs are provided to create both unstructured and structured grids.
These grids have cylinder diameter unity. This also corresponds with the experiment (in inches).
The gzipped tar file above includes both a grid generation program as well as a coarsening program, with
sample inputs and readme file.
Recommended input files for large-size grids are:
Recommended input files for coarsening the grids (to be used with the coarsening program) are:
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Recent significant updates: Responsible NASA Official:
Ethan Vogel
hc_release_040224.tar.gz <- updated on 04/04/2024
(Bug fix in grid generation code and new option in coarsening code)
(Note: input files need to be renamed as input.nml when used. Set generate_su2grid_file = T to write .su2 file.)
(Note: input files need to be renamed as input_coarsen.nml when used. Set generate_su2grid_file = T to write .su2 file.)
04/04/2024 - updated to version hc_release_040224.tar.gz
07/29/2019 - updated to version hc_release_072319.tar.gz
04/30/2018 - updated to version hc_release_043018.tar.gz and updated input files
04/02/2018 - updated Fortran programs to version 8p5 (corrected mapbc and added option to write .su2 grid files)
11/27/2017 - updated Fortran programs to version 8p4
07/26/2017 - updated Fortran programs (fixed bug in coarsening program)
07/07/2017 - updated all files, including the Fortran programs
06/12/2017 - revised the files Sample-input-for-tet-grid and Sample-input-for-structured-grid
Page Curator:
Clark Pederson
Last Updated: 04/04/2024