AIAA Journal · 1984 · 14 citations · 12 references
EngineeringAerospace EngineeringComputational EngineeringAerodynamicsComputational Fluid DynamicsFluid DynamicsAerodynamic DesignAirfoil TheoryComputational AerodynamicsSubsonic AerodynamicsSupersonic AerodynamicsWing AerodynamicsAirfoil AerodynamicsAirfoil DesignFlow Around AirfoilsFlow Over AirfoilsStream FunctionSupercritical FlowSupercritical FluidsSupersonic Airfoils
Abstract : An inverse design procedure for airfoils, based on hodograph techniques, has been developed. For subcritical flows the subsonic portion of the pressure distribution is prescribed; for supercritical flows the stream function on the sonic line is given instead of the supercritical portion of the pressure distribution. In the special variables we use, the equation for the stream function may be solved iteratively using a fast Poisson solver, for the subsonic portion of the flow; for supercritical flows, the supersonic portion is calculated using a characteristic calculation. The results are then mapped back to the physical plane to determine the airfoil shape. Both subcritical and supercritical results are presented. The show good agreement with the direct computation of the flow past the designed airfoil. (Author)
12
Calculation of plane steady transonic flows
Earll M. Murman, Julian D. Cole · AIAA Journal · 1971 · 623 citations
Bryan Thwaites, R. E. Meyer · Journal of Applied Mechanics · 1960 · 324 citations · Full text
A New Method of Two-dimensional Aerodynamic Design
M. J. Lighthill · 1945 · 203 citations
Engineering, Aerospace Engineering, Mechanical Engineering +10