Turbulent Flow in a Lid driven Cavity - English
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Courant number
Hi dear staff, i saw in the video the courant number was over the 1, 3.367 i would like if this number affect the simulation, because i know that the courant number would be less than 1.Thanks you
06-07M 30-40S manuelffonseca
Answer last updated on: April 25, 2017, 5:43 p.m.
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finding max velocity over time
Good evening sir,i watched all your tutorials and i am using openfoam. would you please tell me how to find maximum/minimum velocity over time ?
10-11M 40-50S vnarayana.wgl
Answer last updated on: April 5, 2016, 6:33 p.m.
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1
Introduction to OpenFOAM -
2
Creating simple geometry in OpenFOAM -
3
Creating curved geometry in OpenFOAM -
4
Simulating flow in a Lid Driven Cavity -
5
Supersonic flow over a wedge -
6
2D Laminar Flow in a channel -
7
Basic Post Processing using ParaView -
Turbulent Flow in a Lid driven Cavity -
9
Flow over a flat plate -
10
Simulating Hagen Poiseuille flow -
11
Downloading and installing Salome -
12
Creating and meshing a curved pipe geometry in Salome for OpenFOAM -
13
Exporting geometry from Salome to OpenFOAM -
14
Introduction to SnappyHexMesh -
15
Generating Mesh using snappyHexMesh -
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Importing mesh file in OpenFOAM -
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Installing and running Gmsh -
18
Creating and Meshing aerofoil in Gmsh -
19
Creating a sphere in GMSH -
20
Unstructured mesh generation using Gmsh -
21
Installing and Running PyFoam -
22
Using Template files in PyFoam -
23
Using PyFoam Utilities
Questions posted on ST Forums:
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Outline:
Turbulent flow in a lid driven cavity using OpenFOAM Problem specification Boundary conditions Solver and file structure of Lid Driven Cavity Meshing the geometry Solving Paraview Contour Analytical result Validating Analytic and Computational Results
| Width: | 992 | Height: | 800 |
|---|---|---|---|
| Duration: | 00:11:13 | Size: | 6.5 MB |
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