Moving and Dynamic Mesh Simulation
The main challenge of working on moving and dynamic meshes are the following:
1- You are required to model a geometry for each time step.
2- You are required to mesh the model for each time step.
3- You are required to apply boundary conditions for each time step.
4- You are required for some simulations to have boundary conditions that are linked to the previous time step.
5- You require simulation convergence for each run simulation time step.
6- You require a supernatural computer that has many cores.
7- You will requires a 10 Tera byte storage hard drive.
8- You will require a super natural graphics card.
2- You are required to mesh the model for each time step.
3- You are required to apply boundary conditions for each time step.
4- You are required for some simulations to have boundary conditions that are linked to the previous time step.
5- You require simulation convergence for each run simulation time step.
6- You require a supernatural computer that has many cores.
7- You will requires a 10 Tera byte storage hard drive.
8- You will require a super natural graphics card.
Moving and Dynamic Mesh Movies
The moving mesh problem is always of interest
http://simutechny.blogspot.co.uk/2010/03/creating-model-with-moving-wall-in.html
An ANSYS CFX video showing a rotor stator problem.
Multiple Reference Frame or Sliding Mesh approaches
http://www.sharcnet.ca/Software/Fluent13/help/flu_ug/flu_ug_sec_mrf.html
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