- #1
ArielGenesis
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Homework Statement
does any1 know how to make dynamic mesh on open foam?
Homework Equations
The Attempt at a Solution
i can't find any yet..
thx
Dynamic meshing in OpenFOAM is a feature that allows for the automatic re-meshing and adaptation of a computational mesh during a simulation. This means that the mesh can change and adjust to the flow conditions and geometry, resulting in more accurate and efficient simulations.
Dynamic meshing in OpenFOAM uses a variety of algorithms and techniques to deform, split, and merge cells in a mesh. These algorithms are based on user-defined criteria, such as flow variables or geometric features, and are applied during the simulation to ensure the mesh remains accurate and efficient.
The main benefit of using dynamic meshing in OpenFOAM is the ability to simulate complex fluid flows with moving boundaries or deformable geometries. This results in more accurate and realistic simulations, as well as faster convergence and reduced computational costs.
While dynamic meshing in OpenFOAM is a powerful tool, it does have some limitations. It may not be suitable for all types of simulations, such as highly transient or turbulent flows. Additionally, setting up and optimizing the dynamic meshing parameters can require significant user expertise and computational resources.
There are many resources available for learning about dynamic meshing in OpenFOAM, including online tutorials, user guides, and forums. It is recommended to start with the official OpenFOAM documentation and then explore other sources to gain a deeper understanding of the topic.