Difference between revisions of "Collection by authors"
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* [https://wiki.openfoam.com/Multi-Phase_and_Free_Surface_Flows_by_Kenneth_Hoste_and_Hrvoje_Jasak Multi-Phase and Free Surface Flows] | * [https://wiki.openfoam.com/Multi-Phase_and_Free_Surface_Flows_by_Kenneth_Hoste_and_Hrvoje_Jasak Multi-Phase and Free Surface Flows] | ||
* [https://wiki.openfoam.com/Programming_by_Kenneth_Hoste_and_Hrvoje_Jasak Programming] | * [https://wiki.openfoam.com/Programming_by_Kenneth_Hoste_and_Hrvoje_Jasak Programming] | ||
| + | |||
| + | =Luofeng Huang= | ||
| + | |||
| + | * [https://wiki.openfoam.com/UCL_OpenFOAM_Course_2019_by_Luofeng_Huang UCL OpenFOAM Course 2019] | ||
| + | * [https://wiki.openfoam.com/Proceedings:_the_3rd_UCL_OpenFOAM_Workshop_by_Luofeng_Huang Proceedings: the 3rd UCL OpenFOAM Workshop] | ||
=Victoria Korchagova, Matvey Kraposhin and Sergei Strijhak= | =Victoria Korchagova, Matvey Kraposhin and Sergei Strijhak= | ||
Revision as of 09:09, 21 December 2021
This is a list of the contributions ordered alphabetically by the contributors.
Go back to Tutorials.
Contents
- 1 Michael Alletto
- 2 Chandan Bose
- 3 Isabelle Choquet and Håkan Nilsson
- 4 Luís Ferrás, Célio Fernandes and J.M. Nóbrega
- 5 Lionel Gamet
- 6 Bernhard Gschaider
- 7 Joel Guerrero
- 8 Bahram Haddadi and Christian Jordan
- 9 Gerhard Holzinger
- 10 Tobias Holzmann
- 11 Andras Horvath
- 12 Kenneth Hoste and Hrvoje Jasak
- 13 Luofeng Huang
- 14 Victoria Korchagova, Matvey Kraposhin and Sergei Strijhak
- 15 Matvey Kraposhin and Ilia Marchevsky
- 16 Robert Lee
- 17 Nikola Majksner and Wouter Remmerie
- 18 József Nagy
- 19 József Nagy, Bahram Haddadi and Christian Jordan
- 20 Håkan Nilsson
- 21 Franco Otaola
- 22 Stefan Radl
- 23 Henrik Rusche
- 24 Bruno Santos et al.
- 25 Bruno Santos, Nelson Marques and Manoel Silvino Araújo
- 26 Gavin Tabor
- 27 Alexander Vakhrushev
- 28 Divyesh Variya (DD Fluids)
Michael Alletto
- Settling sphere
- Settling Sphere Contact Angle
- 2D flapping wing
- Inline oscillating cylinder
- Transonic flow around a periodically pitching NACA0012 airfoil
- Transonic flow around the 3D Onera M6 wing at an angle of attack of 3.06°
- One degree of freedom spring-mass-damper system without fluid forces
- 2D oscillating elastically mounted cylinder under the influence of fluid forces
- AMR of the flow around a supersonic sphere at Re = 300 and Ma = 1.2
- Simulation of the bubble growth and detachment with interIsoFoam: Influence of the boundary conditions and domain size
- Simulation of the bubble growth and detachment with interIsoFoam: Influence of temporal and spacial resolution
Chandan Bose
Isabelle Choquet and Håkan Nilsson
Luís Ferrás, Célio Fernandes and J.M. Nóbrega
Lionel Gamet
Bernhard Gschaider
Joel Guerrero
- Advanced physics: Crash introduction to turbulence modeling
- Advanced physics: Crash introduction to multiphase flows
- Advanced physics: Crash introduction to compressible flows
- Programming - Implementing boundary condtions using codeStream
- Programming - Field initialization using codeStream
- Programming - Programming in OpenFOAM - Building blocks
- Programming - Creating a basic solver from scratch
- Programming - Modifying applications - Adding a passive scalar to icoFoam
- Programming - Implementing boundary condtions using OpenFOAM API (high-level programming)
- Tutorial 1: The driven cavity revisited
- Tutorial 2: Hagen Poiseuille flow
- Tutorial 3: 2D Circular cylinder - Vortex shedding
- Tutorial 4: 3D Square cylinder - Vortex shedding and turbulence modeling
- Tutorial 5: Hairpin vortices
- Tutorial 6: Multi-phase flows using the VOF method
- Tutorial 7: Supersonic flow past a wedge
- Tutorial 8: Supersonic flow past an expansion corner
- Tutorial 9: Sod's shock tube
- Tutorial 10: Automotive simulation - DrivAer model validation
Bahram Haddadi and Christian Jordan
- BlockMesh
- Discretization
- First Case
- First simulation
- Grid Convergence
- Multiphase (VOF)
- Parallelization
- Reacting flow
- Sampling
- SnappyHexMesh – Multi region
- SnappyHexMesh – Single region
- Steady-state turbulence modeling
- Tips
- T-junction
- Turbulence modeling
Gerhard Holzinger
Tobias Holzmann
- Numerical scheme analyzing
- Drag coefficient of a monkey head - Suzanne
- How To Build a complete OpenFOAM Project - Exhaust manifold
- Creation of a complete OpenFOAM Project - The Rock Vapor Classic (Smoking Pipe)
- Code Development
- Case collection
- The humidityRhoThermo Library
Andras Horvath
Kenneth Hoste and Hrvoje Jasak
- Finite_Volume_Discretization
- Introduction to OpenFOAM: A User View
- Multi-Phase and Free Surface Flows
- Programming
Luofeng Huang
Victoria Korchagova, Matvey Kraposhin and Sergei Strijhak
Matvey Kraposhin and Ilia Marchevsky
Robert Lee
Nikola Majksner and Wouter Remmerie
József Nagy
- Installing OpenFOAM in Windows 10 and Ubuntu
- Multiphase (VOF) Simulation Project
- Rotating Fan in Room
- Meshing with cfMesh
- Faucet and Sink
József Nagy, Bahram Haddadi and Christian Jordan
- blockMesh
- Discretization
- First simulation
- Grid convergence
- Installing
- Multiphase modeling (VOF)
- Parallelization
- Running your first case
- Stationary turbulence modelling (RAS)
- Transient turbulence modelling (RAS,LES)
- Transport equation
Håkan Nilsson
- Basic introduction to OpenFOAM
- Basics of C++
- Basics of programming in OpenFOAM
- Advanced programming in OpenFOAM
- Course of Håkan Nilsson with >150! tutorial cases
Franco Otaola
Stefan Radl
Main
- Session 0: Basics and Introduction
- Session A: What can you do with OpenFOAM?
- Session B: Usage of OpenFOAM (includes DPMFoam and MPPICFoam)
- Session C: Understand and Modify OpenFOAM
- Session D: Integration with FreeCAD
- Session E: Advanced Case Setup with Complex CAD
- Session F: Introducing a Time Step limitation due to high viscosity
Appendices
- Appendix A: Files & Other
- Appendix B: Templates (e.g., for plotting)
- Appendix C: Paraview Details
- Appendix D: external Case Studies
- Appendix E: Debuggers and Profiling
- Appendix F: OpenFOAM in Windows 10: The OpenSUSE Shell
Henrik Rusche
Bruno Santos et al.
Bruno Santos, Nelson Marques and Manoel Silvino Araújo
Gavin Tabor
- Action car case
- Writing new boundary conditions
- Simulating chocolate
- A detailed look at fvSchemes and fvSolution
