• Solver to help understand influence of many design parameters and physical inputs on the engineering quantity of interest
      • May be used for uncertainty quantification and analysis optimization
    • Discrete adjoint approach
    • Compatible with
      • Steady state coupled implicit solver
        • Coupled flow and fluid energy
      • Moving reference frame
      • Inviscid, laminar or turbulent
        • Turbulence considered frozen for adjoint
      • Single component gas and liquid
        • Ideal gas (compressible) or constant density (incompressible)
    • Adjoint flow solver capabilities
      • Fully parallel
      • 1st or 2nd order adjoint solution
    • Cost functions
      • Arbitrary number of cost functions solved concurrently
      • Force (drag, lift)
      • Moment
      • Pressure drop
      • Flow uniformity
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