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=true} {column} {column:width=85%} {color:#444444}Flow physics refers to the complex physical fluid phenomena and processes that are important in the accurate CFD simulation of product performance, reliability, and safety over a wide range of flight regimes in the operation of aerospace vehicles and propulsion systems. Examples of flow physics include:{color} * {color:#444444}Turbulence and all forms of flow separation{color} * {color:#444444}Flow transition{color} * {color:#444444}Combustion (turbo-machinery, scramjet inlets, etc.) {color} * {color:#444444}Finite-rate gas chemistry{color} * {color:#444444}Ionization, non-equilibrium, and plasma flows (during reentry, etc.){color} * {color:#444444}Fuel spray mixing{color} * {color:#444444}_...and many others{_}{color} {column} {section}
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Flow physics refers to the complex physical fluid phenomena and processes that are important in the accurate CFD simulation of product performance, reliability, and safety over a wide range of flight regimes in the operation of aerospace vehicles and propulsion systems. Examples of flow physics include:

  • Turbulence and all forms of flow separation
  • Flow transition
  • Combustion (turbo-machinery, scramjet inlets, etc.) 
  • Finite-rate gas chemistry
  • Ionization, non-equilibrium, and plasma flows (during reentry, etc.)
  • Fuel spray mixing
  • ...and many others