Meshing in ANSYS MAXWELL

In ANSYS Maxwell, there are several ways that you can reduce the number of mesh nodes in your model:

1. Using coarser mesh settings: To use coarser mesh settings in ANSYS Maxwell, you can adjust the mesh size or mesh element size in the meshing settings for your model. This will result in a fewer number of mesh nodes being generated, but it may also reduce the accuracy of your simulation.
2. Using mesh density controls: ANSYS Maxwell includes a range of mesh density controls that can be used to adjust the density of the mesh in different regions of the model. These controls can be accessed in the meshing settings for your model and can be used to specify different mesh densities for different regions or features of the model. By using these controls, you can adjust the mesh density in areas where a higher level of accuracy is not required, while maintaining a finer mesh in regions where more accuracy is needed.
3. Using mesh optimization: ANSYS Maxwell includes a mesh optimization tool that can be used to optimize the mesh in your model by redistributing mesh nodes in areas where they are needed most. This can help to reduce the overall number of mesh nodes while maintaining the accuracy of the simulation. The mesh optimization tool can be accessed in the meshing settings for your model.
4. Using symmetry: If your model exhibits symmetry, you can use this to your advantage by only meshing one half of the model and using symmetry boundary conditions to apply the loading and excitation to the other half of the model. This can significantly reduce the number of mesh nodes that are required. To set up symmetry boundary conditions in ANSYS Maxwell, you can use the symmetry boundary condition feature in the Boundary Conditions settings for your model.

NOTE: Keep in mind that reducing the number of mesh nodes can affect the accuracy and computational cost of your simulation, so it is important to consider the trade-offs carefully when deciding how to mesh your model.