2nd AIAA Propulsion Aerodynamics Workshop (PAW02)
31 july - 1 August 2014
Location: Cleveland, Ohio
Venue: Cleveland Medical Mart & Convention Center
Workshop registration is required to attend
The focus of the workshop will be on assessing the accuracy of CFD in obtaining multi-stream air breathing propulsion related flows.
The blind trail studies will be performed by all participants and compared with available data. The workshop provides an impartial forum to present findings, discuss results, exchange ideas, and evaluate the effectiveness of existing processes and techniques. Participation in the studies is not required to attend. Everyone is welcome! The workshop (http://aiaapaw.tecplot.com) offers academia scholarships to qualified participants, upon request. Financial contributions & services to the workshop are welcome. If interested, please email firstname.lastname@example.org for more details
The Propulsion Aerodynamics Workshop Organizing Committee consists many members of the ABP TC members from industry, research institutions and academia.The workshop is Sponsored by the Air Breathing Propulsion Systems Integration Technical Committee.
- Assess the numerical prediction capability (e.g., mesh, numerics, turbulence modeling, high-performance computing requirements, and modeling techniques) of current-generation CFD technology/codes for Air Breathing Propulsion related Aerodynamic flows.
- Develop practical numerical simulation guidelines for 2-D and 3-D CFD prediction of jet related flow fields utilizing Navier-Stoke’s equations.
- Explore the underlying physics, flow interaction, jet mixing and dissipation flows related to Propulsion Aerodynamics.
- Enable development of more accurate prediction methods, processes, procedures and computational tools.
- hance CFD prediction capability for practical air breathing propulsion aerodynamic design and optimization.
- Provide an impartial forum for evaluating the effectiveness of existing computer codes and modeling techniques, and flow physics.
- Enhance interests in jet related flows and Identify areas needing additional research and development.
- Cultivate collaboration between the aerospace
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