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Udemy – How to Start Using OpenFOAM 2022-11

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Visualization of Mesh and Boundaries in Paraview

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Course Content

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Section 1: Simulation of External Flow over Airplane using simpleFoam12 videos

Creating Boundaries in Salome

Introduction and Geometry Preparation in Salome

19m

Extruding Mesh in Salome for 2D Simulation

17m

Creating and Refining Mesh in Salome

24m

Exporting Mesh from Salome in .unv Format

Setting up OpenFOAM Case Structure for Flow Over Airplane

Visualization of Mesh and Boundaries in Paraview

12mNow Playing

Importing the Mesh in OpenFOAM

Setting up Correct Boundary Types in constant Folder

Setting up the controlDict in system Folder

Post-processing of Results in Paraview

23m

Setting up Initial Boundary Conditions in 0 Folder

11m

Section 2: Simulation of Heat Transfer Between Cold Air and Hot Sphere9 videos

Exporting 3D Mesh from Salome in .unv Format

Creating 3D Mesh in Salome

10m

Setting up OpenFOAM Case Structure for Cold Flow Over Hot Sphere

Importing the Mesh in OpenFOAM

Setting up Correct Boundary Types in constant Folder

Visualization of Mesh and Boundaries in Paraview

Setting up Files in constant and system Folder

Setting up Initial Boundary Conditions in 0 Folder

31m

Setting up controlDict and Launching the Simulation

Section 3: Multiphase Simulation of Filling and Emptying a Tank using interFoam7 videos

Introduction and Importing Geometry File in Salome

13m

Extruding Mesh in Salome for 2D Simulation and Exporting Mesh

12m

Setting up interFoam Case Structure for Tank Filling Simulation

Setting up Files in constant and system Folder

11m

Setting up Initial Boundary Conditions in 0 Folder

32m

Setting up controlDict and Launching the Simulation

29m

Post-processing of Results in Paraview

21m

About this Lecture

Section: Simulation of External Flow over Airplane using simpleFoam • Size: 25.95 MB • Duration: 12m

Course Summary

How to Start Using OpenFOAM is a training course on OpenFOAM fluid dynamics software (OpenFOAM) published by Udemy Online Academy. OpenFOAM is an open source computational fluid dynamics (CFD) software. It provides a flexible and extensible set of tools for solving complex problems involving fluid flow, heat transfer, chemical reactions, and related phenomena. OpenFOAM is widely used in academia and industry to simulate and analyze fluid dynamics in various engineering applications. This training course will introduce you to all topics required to use OpenFOAM software to simulate simple computational fluid dynamics (CFD) problems. Computational Fluid Dynamics (CFD) helps reduce the cost of products by saving time and money in the prototype testing phase.Any technology predicts any shortcomings in the product and corrects them before the actual manufacturing stage of the product, this group of works reduces the cost of manufacturing the final product and reduces the consumption of raw materials. OpenFOAM is used in various industries, including automotive, aerospace, energy, and environmental engineering, where understanding fluid dynamics is essential to optimize designs and solve complex engineering challenges. Users can take advantage of its flexibility and open source nature to adapt the simulations to their specific needs. Due to its wide use in various sectors, the demand for people who have high skills in OpenFOAM has increased. This training course will help you to know this software well and use all its potential.

Course Content

0 / 28 completed

Section 1: Simulation of External Flow over Airplane using simpleFoam12 videos

Creating Boundaries in Salome

Introduction and Geometry Preparation in Salome

19m

Extruding Mesh in Salome for 2D Simulation

17m

Creating and Refining Mesh in Salome

24m

Exporting Mesh from Salome in .unv Format

Setting up OpenFOAM Case Structure for Flow Over Airplane

Visualization of Mesh and Boundaries in Paraview

12mNow Playing

Importing the Mesh in OpenFOAM

Setting up Correct Boundary Types in constant Folder

Setting up the controlDict in system Folder

Post-processing of Results in Paraview

23m

Setting up Initial Boundary Conditions in 0 Folder

11m

Section 2: Simulation of Heat Transfer Between Cold Air and Hot Sphere9 videos

Exporting 3D Mesh from Salome in .unv Format

Creating 3D Mesh in Salome

10m

Setting up OpenFOAM Case Structure for Cold Flow Over Hot Sphere

Importing the Mesh in OpenFOAM

Setting up Correct Boundary Types in constant Folder

Visualization of Mesh and Boundaries in Paraview

Setting up Files in constant and system Folder

Setting up Initial Boundary Conditions in 0 Folder

31m

Setting up controlDict and Launching the Simulation

Section 3: Multiphase Simulation of Filling and Emptying a Tank using interFoam7 videos

Introduction and Importing Geometry File in Salome

13m

Extruding Mesh in Salome for 2D Simulation and Exporting Mesh

12m

Setting up interFoam Case Structure for Tank Filling Simulation

Setting up Files in constant and system Folder

11m

Setting up Initial Boundary Conditions in 0 Folder

32m

Setting up controlDict and Launching the Simulation

29m

Post-processing of Results in Paraview

21m