Simple Dynamic Mesh Example
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Detailed Documentation
This presents a simple dynamic mesh example developed using MATLAB programming. The program demonstrates how dynamic meshing can simulate complex physical phenomena such as fluid dynamics and electromagnetic fields. Dynamic meshing is a computational method that adaptively modifies grid size and shape to better represent computational domain characteristics. This example implements adaptive grid refinement algorithms where mesh elements automatically adjust their resolution based on solution gradients or geometric features. Key functions likely include mesh generation routines, adaptation criteria evaluation, and topology update methods. The implementation helps understand fundamental principles and practical applications of dynamic meshing through hands-on MATLAB code that may feature functions like mesh refinement, coarsening operations, and error estimation techniques.
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