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Acknowledgements
Many other researchers have generously offered technical resources and
expertise which have resulted in significant enhancements to the TetrUSS
system. Their contributions are greatfully appreciated.
The list of contributors to the TetrUSS project is always expanding. We have
made every effort to include those who have made substantial contributions,
either from direct code enhancements or through feedback from code testing and
calibration. Your patience is appreciated as we attempt to keep this list up
to date.
VGRID/VGRIDns:
- Prof. Rainald Lohner, George Mason University
- Authored base coding of VGRID under SBIR
USM3Dns:
- Dr. Kyle Anderson , AAMB/FMAD NASA Langley (Developer of FUN3D)
- Implicit Point GS subroutines
- Van Leer Flux-Splitting subroutine
- Assistance with installing S-A turbulence model
- Dr. M. K. Bhat, Paragon Research, Inc.
- Parallel version of USM3D
- Zonal grid capability
- Dr. Peter Hartwich , Boeing Long Beach
- Engine boundary conditions
- Dr. Steve Karman , Lockheed Ft. Worth (Developer of
SPLITFLOW)
- Superbee and MinMod limiters strategy
- Solution robustness strategies
- Prof. Robert W. Walters , VPISU
- Ph.D. advisory role during initial USM3D development
- Dr. Dave Whitaker , Cray Research, Inc.
- Installed multitasking
- Conversion to FORTRAN 90
VPLOT3D/VIGPLOT:
- Mr. Clyde Gumbert , MDOB/FMAD NASA Langley
- Authored base coding of VPLOT3D
DEVELOPMENT FOR OS X:
- Mr. Matt Grismer , CSB AFRL/VAAC
- Developed GridToolCocoa, VGRID OpenGL, and POSTGRID
OpenGL.
TRAINING:
- Mr. Javier Garriz , ViGYAN, Inc
- Conducts GridTool and VGRID training classes
- The NASA Langley Geometry Laboratory (GEOLAB)
- Provides classroom training facilities
MODULAR SYSTEM:
- Mr. Dennis Allison, CAB/AGDD NASA Langley
- Integrating ELAPS structures code with USM3D in modular system
- Mr. Peter Cavallo, CRAFT Technology, Inc.
- Initial coupling of ELAPS structures code with USM3D (MS Thesis)
- Mr. William Smith, Inter-National Research Institute
- Initial coupling of interacting BL code with USM3D (MS Thesis)
PROVIDED SIGNIFICANT APPLICATION FEEDBACK
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