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        • Verification
          • Laminar Thermal-Driven Cavity
          • Turbulent Flow Over a Backward-Facing Step
          • Laminar Axisymmetric Pipe Flow
          • Turbulent Axisymmetric Pipe Flow
          • Turbulent Swirling Flow
          • Laminar Flow Over Heated Cylinder
          • Turbulent Pipe Flow-3D
          • Compressible Flow in a Converging-Diverging Nozzle
          • Non-Newtonian Flow Around a Cylinder Array
          • Transient Compressible Flow in a Shocktube
          • Transient Conduction Heat Transfer
          • Starting Flow in a Circular Pipe
          • Drag Force on a Cylinder
          • 3D Natural Convection
          • Distributed Resistance Models
          • 3D Radiation Heat Transfer
          • 3D Joule Heating
          • 2D Water Flow Over a Heated Cylinder
          • Terminal Velocity of a Falling Sphere
        • Theoretical Background
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    Verification

    Autodesk® CFD is validated with a suite of test models with known results. Some models are compared against experimental results, and others against empirical hand calculations.

    Pages in this section
    • Laminar Thermal-Driven Cavity
    • Turbulent Flow Over a Backward-Facing Step
    • Laminar Axisymmetric Pipe Flow
    • Turbulent Axisymmetric Pipe Flow
    • Turbulent Swirling Flow
    • Laminar Flow Over Heated Cylinder
    • Turbulent Pipe Flow-3D
    • Compressible Flow in a Converging-Diverging Nozzle
    • Non-Newtonian Flow Around a Cylinder Array
    • Transient Compressible Flow in a Shocktube
    • Transient Conduction Heat Transfer
    • Starting Flow in a Circular Pipe
    • Drag Force on a Cylinder
    • 3D Natural Convection
    • Distributed Resistance Models
    • 3D Radiation Heat Transfer
    • 3D Joule Heating
    • 2D Water Flow Over a Heated Cylinder
    • Terminal Velocity of a Falling Sphere
    Parent page: Reference Material
    Next page: Theoretical Background

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