Difference between revisions of "Tutorials by Tobias Holzmann"

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Go back to [https://wiki.openfoam.com/index.php?title=Day_15 Day 15].  
 
Go back to [https://wiki.openfoam.com/index.php?title=Day_15 Day 15].  
  
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=[http://www.holzmann-cfd.de/index.php/en/tutorials-en Case collection]=
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=Case collection=
  
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[http://www.holzmann-cfd.de/index.php/en/tutorials-en Here] you will find a large collection of cases, which you can use to further improve your knowledge and experience in OpenFOAM.
+
Here you will find a large collection of cases, which you can use to further improve your knowledge and experience in OpenFOAM.
  
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==Meshing tutorials using snappyHexMesh==
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== Meshing tutorials using snappyHexMesh ==
  
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/shm-solvers/thin-gap-valve How to mesh thin gap zones with snappyHexMesh]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/meshing-running/suzanne Meshing the Suzanne Monkey Head — Christmas Community Challenge]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/shm-solvers/gin-tonic-cht Generate a multi region mesh for a Gin Tonic case using snappyHexMesh]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/meshing-running/arbitrary-water-pump Generate baffles using snappyHexMesh for an arbitrary water pump]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/snappyhexmesh/shm-cellzones How to generate cellZones with snappyHexMesh]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/meshing-running/thin-gap-meshing How to mesh thin gap zones with snappyHexMesh]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/snappyhexmesh/feature-edge How to use the feature-edge refinement correctly]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/meshing-running/gin-tonic-conjugated-heat-transfer Generate a multi region mesh for a Gin Tonic case using snappyHexMesh]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/snappyhexmesh/meshing-a-helix Meshing a helix]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/snappyhexmesh/generation-of-arbitrary-cellzones How to generate cellZones with snappyHexMesh]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/snappyhexmesh/meshing-a-pipe Meshing a pipe]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/snappyhexmesh/feature-edge-refinement How to use the feature-edge refinement correctly]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/snappyhexmesh/melting-pot Meshing a melting pot]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/snappyhexmesh/meshing-a-helix Meshing a helix]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/snappyhexmesh/sphere-meshing Meshing a sphere with layer generation]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/snappyhexmesh/meshing-a-pipe Meshing a pipe]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/shm-solvers/combustion-chamber Meshing a complex combustion chamber]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/snappyhexmesh/meshing-a-melting-pot Meshing a melting pot]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/snappyhexmesh/snappymultiregion Multi-Region meshing]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/snappyhexmesh/sphere-meshing-with-layers Meshing a sphere with layer generation]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/snappyhexmesh/snappymultiregionlayer Multi-Region meshing and layer generation]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/meshing-running/combustion-chamber Meshing a complex combustion chamber]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/snappyhexmesh/2d-wedge-mesh 2D wedge mesh generation]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/snappyhexmesh/multi-region-meshing Multi-Region meshing]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/shm-solvers/hydraulic-jump-stream 2D wedge mesh generation for a hydraulic jump (#1)]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/snappyhexmesh/multi-region-meshing-with-layer Multi-Region meshing and layer generation]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/shm-solvers/bifluidic-oscillator-vof 2D mesh generation for a bifluidic oscillator]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/snappyhexmesh/2d-rotational-symmetric-mesh 2D wedge mesh generation]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/shm-solvers/tesla-s-one-way-valve 2D mesh generation for the Tesla's One-Way-Valve]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/meshing-running/hydraulic-jump-2d-rotation 2D wedge mesh generation for a hydraulic jump (#1)]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/shm-solvers/magnus-effect 2D mesh generation for a sphere]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/meshing-running/bifluidic-oscillator 2D mesh generation for a bifluidic oscillator]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/shm-solvers/hydraulic-jump 2D mesh generation for a hydraulic jump case (#2)]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/meshing-running/tesla-s-one-way-valve 2D mesh generation for the Tesla’s One-Way-Valve]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/dynamic-meshes/moving-rotor-ami AMI generation for a rotor]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/meshing-running/magnus-effect 2D mesh generation for a sphere (Magnus Effect)]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/dynamic-meshes/spiral-conveyor-ami AMI generation for a spiral conveyor]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/meshing-running/hydraulic-jump-of-a-2d-river 2D mesh generation for a hydraulic jump case (#2)]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/dynamic-meshes/heating-acmi ACMI generation for a linear motion solver]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/dynamic-meshes/arbitrary-rotating-ami AMI generation for a rotor]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/dynamic-meshes/arbitrary-coupled-mesh-interface ACMI generation for a rotating motion solver]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/dynamic-meshes/creation-of-an-ami AMI generation for a spiral conveyor]
 +
* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/dynamic-meshes/building-a-2d-ami-using-baffles AMI generation for a 2D case]
 +
* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/dynamic-meshes/acmi-boundary-with-heat-transfer ACMI generation for a linear motion solver]
 +
* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/dynamic-meshes/arbitrary-coupled-mesh-interface ACMI generation for a rotating motion solver]
 +
* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/dynamic-meshes/arbitrary-rotating-inlet-acmi ACMI generation for a rotating inlet cylinder]
  
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==Mesh conversion==
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== Meshing and solving tutorial ==
  
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/mesh-conversions/multi-region-fluent-mesh Multi-region Fluent mesh to multi-region OpenFOAM mesh]
+
* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/meshing-running/suzanne Meshing the Suzanne Monkey Head — Christmas Community Challenge]
 +
* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/meshing-running/arbitrary-water-pump Generate baffles using snappyHexMesh for an arbitrary water pump]
 +
* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/meshing-running/falling-droplets Falling droplets (VOF)]
 +
* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/meshing-running/heat-transfer-through-a-wall Conjugated Heat Transfer of a Plane Wall with Optimal Numerical Settings]
 +
* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/meshing-running/thin-gap-meshing Thin Gap Flow Simulation]
 +
* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/meshing-running/gin-tonic-conjugated-heat-transfer Conjugated Heat Transfer in a Gin Tonic Glass]
 +
* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/meshing-running/combustion-chamber Combustion chamber]
 +
* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/meshing-running/bifluidic-oscillator Bifluidic Oscillator (VOF)]
 +
* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/meshing-running/tesla-s-one-way-valve Tesla’s One-Way-Valve]
 +
* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/meshing-running/magnus-effect Magnus Effect]
 +
* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/meshing-running/hydraulic-jump-of-a-2d-river Hydraulic Jump (#1)]
 +
* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/meshing-running/hydraulic-jump-2d-rotation Hydraulic Jump (#2)]
 +
* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/meshing-running/two-stroke-engine 2-Stroke Engine Boundary Condition]
  
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==Meshing and solving tutorial==
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== Meshing and solving using dynamic meshes ==
  
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/shm-solvers/falling-droplets Falling droplets (VOF)]
+
* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/dynamic-meshes/building-a-2d-ami-using-baffles AMI Case in 2D)]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/shm-solvers/plane-wall Conjugated Heat Transfer of a Plane Wall with Optimal Numerical Settings]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/dynamic-meshes/arbitrary-rotating-inlet-acmi Simple ACMI Setup for an Rotating Inlet]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/shm-solvers/thin-gap-valve Thin Gap Flow Simulation]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/dynamic-meshes/arbitrary-rotating-ami Moving Rotor using AMI]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/shm-solvers/gin-tonic-cht Conjugated Heat Transfer in a Gin Tonic Glass]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/dynamic-meshes/creation-of-an-ami Spiral conveyor using AMI]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/shm-solvers/combustion-chamber Combustion chamber]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/dynamic-meshes/acmi-boundary-with-heat-transfer Heat Transfer using ACMI]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/shm-solvers/bifluidic-oscillator-vof Bifluidic Oscillator (VOF)]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/dynamic-meshes/arbitrary-coupled-mesh-interface Arbitrary rotating mesh geometry using ACMI]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/shm-solvers/tesla-s-one-way-valve Tesla's One-Way-Valve]
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* [https://holzmann-cfd.de/openfoam/openfoam-tutorials/dynamic-meshes/adaptive-mesh-refinement-pseudo-2d Adaptive Meshing Refinement (Pseude 2D - Von Kármán Street)]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/shm-solvers/magnus-effect Magnus Effect]
 
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/shm-solvers/hydraulic-jump-stream Hydraulic Jump (#1)]
 
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/shm-solvers/hydraulic-jump Hydraulic Jump (#2)]
 
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/shm-solvers/2t-engine-bc 2-Stroke Engine Boundary Condition]
 
  
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==Meshing and solving using dynamic meshes==
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== DAKOTAand OpenFOAMcoupling ==
  
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/dynamic-meshes/simple-acmi Simple ACMI Setup for an Rotating Inlet]
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* [https://holzmann-cfd.de/index.php/openfoam/openfoam-tutorials/dakota-coupling/dakota-geometric-variation Geometric Variation]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/dynamic-meshes/moving-rotor-ami Moving Rotor using AMI] 
+
* [https://holzmann-cfd.de/index.php/openfoam/openfoam-tutorials/dakota-coupling/dakota-tesla-s-one-way-value Tesla’s One-Way-Valve]
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/dynamic-meshes/spiral-conveyor-ami Spiral conveyor  using AMI]
 
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/dynamic-meshes/heating-acmi Heat Transfer using ACMI]
 
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/dynamic-meshes/arbitrary-coupled-mesh-interface Arbitrary rotating mesh geometry using ACMI]
 
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* [http://www.holzmann-cfd.de/index.php/en/tutorials-en/dynamic-meshes/adaptive-meshing Adaptive Meshing Refinement (Pseude 2D - Von Kármán Street)]         
 
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==Dakota and OpenFOAM coupling==
 
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* [http://www.holzmann-cfd.de/index.php/en/dakota-coupling/geometric-variation Geometric Variation]
 
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* [http://www.holzmann-cfd.de/index.php/en/dakota-coupling/dakota-tesla-s-one-way-valve Tesla's One-Way-Valve]
 
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==Blender and OpenFOAM coupling==
 
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* [http://www.holzmann-cfd.de/scripts/blenderScripts.tar.gz Script Template]
 

Revision as of 07:26, 24 November 2017

  • contributor: Tobias Holzmann
  • affiliation: Holzmann CFD
  • contact: click here for email address
  • OpenFOAM version: 5.x
  • published under: GPL v3 license

Go back to Day 15.

Case collection

Here you will find a large collection of cases, which you can use to further improve your knowledge and experience in OpenFOAM.

Meshing tutorials using snappyHexMesh

Meshing and solving tutorial

Meshing and solving using dynamic meshes

DAKOTAand OpenFOAMcoupling

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