Difference between revisions of "Magnets"
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(Created page with "{{metamodel|magnets}} == Additional information == To run the model, open '''magnets.pro''' with Gmsh. The model uses a magnetic scalar potential formulation to solve the...") |
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To run the model, open '''magnets.pro''' with Gmsh. | To run the model, open '''magnets.pro''' with Gmsh. | ||
| − | The model uses a magnetic scalar potential formulation to solve the magnetostatic Maxwell system in three dimensions. The forces are computed using the Maxwell stress tensor. | + | The model uses either a magnetic scalar or vector potential formulation to solve the magnetostatic Maxwell system in three dimensions. The forces are computed using the Maxwell stress tensor. |
{{metamodelfooter|magnets}} | {{metamodelfooter|magnets}} | ||
Latest revision as of 13:35, 11 August 2015
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3D force computation between a collection of magnets.
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Download model archive (magnets.zip) |
Additional information
To run the model, open magnets.pro with Gmsh.
The model uses either a magnetic scalar or vector potential formulation to solve the magnetostatic Maxwell system in three dimensions. The forces are computed using the Maxwell stress tensor.
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Model developed by C. Geuzaine.
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