Supersonic flow over a wedge - English
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Chapters
- Questions posted on Forums
- OpenFOAM Tutorials - English
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1Introduction to OpenFOAM
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2Creating simple geometry in OpenFOAM
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3Creating curved geometry in OpenFOAM
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4Simulating flow in a Lid Driven Cavity
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Supersonic flow over a wedge
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62D Laminar Flow in a channel
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7Basic Post Processing using ParaView
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8Turbulent Flow in a Lid driven Cavity
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9Flow over a flat plate
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10Simulating Hagen Poiseuille flow
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11Downloading and installing Salome
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12Creating and meshing a curved pipe geometry in Salome for OpenFOAM
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13Exporting geometry from Salome to OpenFOAM
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14Introduction to SnappyHexMesh
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15Generating Mesh using snappyHexMesh
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16Importing mesh file in OpenFOAM
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17Installing and running Gmsh
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18Creating and Meshing aerofoil in Gmsh
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19Creating a sphere in GMSH
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20Unstructured mesh generation using Gmsh
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21Installing and Running PyFoam
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22Using Template files in PyFoam
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23Using PyFoam Utilities
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Outline:
Supersonic flow over a wedge using OpenFOAM Problem specification Boundary conditions BlockMeshDict file of wedge Mesh parameters of wedge Compressible solver Paraview visualization Calculating Mach number Contour of U (velocity) and T (Temperature) Validation
Width: | 944 | Height: | 768 |
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Duration: | 00:10:29 | Size: | 7.5 MB |
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