HYBRID RANS/LES TFG
5th
AIAA CFD High Lift Prediction Workshop
Page under construction
The HRLES Technology Focus Group (TFG) works with hybrid methodologies that combine
Reynolds-averaged Navier Stokes (RANS) with Large-Eddy Simulations (LES).
Its goal is to achieve more accurate time-averaged results than non-scale-resolving methods like RANS alone, particularly for
high-lift flows involving separation.
The following lists the active membership for this Technology Focus Group (TFG).
The assigned Participant ID (PID) numbers are given in red.
(The PIDs may not be contiguous or in numerical order, as teams may drop out or be added.)
Please contact
hiliftpw@gmail.com
if you have a correction.
Hybrid RANS/LES (meshing and CFD)
Leader
Meshing Focus
- Vangelis Skaperdas (BETA-CAE)
CFD Focus
- L-001 (Flexcompute):
- L-002 (DLR):
- Stefan Melber
- Axel Probst
- L-003 (Boeing):
- L-004 (Metacomp/AWS/BETA-CAE):
- Neil Ashton (also in WMLES TFG)
- Paul Batten
- Vangelis Skaperdas
- L-005 (Ansys):
- L-006 (Zenotech):
- L-007 (Polytechnique Montreal):
- Eric Laurendeau (also in RANS TFG)
- Roberto Paoli
- Baptiste Arnould (also in RANS TFG)
- L-008 (Bombardier):
- L-009 (Gulfstream):
- L-010 (NASA Ames):
- L-011 (NASA LaRC):
- L-012 (Boeing):
- L-013 (USAF):
- L-014 (University of Tennessee Knoxville):
- L-015 (Numeric Systems):
- Surya Vamshi Penumarthi
- Eugen Riegel
- L-016 (Embraer):
Return to: TFG List and Associated Documents Top Page
Return to: High Lift Prediction Workshop Home Page
Recent significant updates:
01/18/2024: Added L-016
11/02/2023: Added L-007
10/01/2023: Added L-015
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Responsible NASA Official:
Christopher Rumsey
Page Curator:
Christopher Rumsey
Last Updated: 02/02/2024