Potential Cases for Consideration

Objectives & General Info

  • 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 tools.
  • Enhance 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.
  • Enhance interests in jet related flows ralph lauren t shirt and Identify areas needing additional research and development.
  • Cultivate collaboration between the aerospace industry, research institutions and academia.

General Information
  • This workshop is open to participants worldwide. Efforts will be made to ensure representation from all areas of industry, academia and government laboratories.
  • Participation in the studies is not required to attend the workshop. Everyone is welcome!
  • Preparation for the workshop is encouraged but not required.
  • Open forums will be included in the workshop to discuss, exchange solutions, ideas and modeling techniques.
  • Results will be made available after the workshop polo ralph lauren shirts in a report and on the PAW01 website.
  • A nominal application/registration fee will be required for participation and attendance.
  • AIAA membership is not required but encouraged.