35th Aerospace Sciences Meeting and Exhibit · 1997 · 354 citations · 5 references
EngineeringAerospace EngineeringHigh-performance ComputingComputational Fluid DynamicsComputational MechanicsFluid DynamicsAdaptive Mesh RefinementComputational AerodynamicsFinite Volume MethodsGrid GenerationNavier-stokes EquationsFinite Volume SimulationMultigrid ConvergenceNavier-stokes SolversReynolds-averaged Navier - Stokes ModelingReynolds-averaged Navier-stokes EquationsReynolds-averaged Navier-stokes ModelingThree-dimensional Computational Fluid DynamicsThree-dimensional Flow Modeling
An unstructured hybrid three-dimensional adaptive finite volume multigrid method for solving the Reynolds-averaged Navier-Stokes equations is presented. The code is optimized for use on vector and parallel computers. Numerical results as well as overall turnaround times are presented. The DLR-F9 experiment is considered in order to demonstrate the applicability of the code for complex configurations.
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