The following Matlab project contains the source code and Matlab examples used for accelerating finite element analysis (fea) in matlab.
Expedite the computationally intensive part of the mechanical analysis stage of a coupled electro-mechanical FEA of an electrostatically actuated micro-electro-mechanical (MEMS) device by using “parfor” to:
1.
The source code and files included in this project are listed in the project files section, please make sure whether the listed source code meet your needs there.
Project Files:
| File Name | Size |
|---|---|
| README.txt | 583 |
| cantilever_switch_pmode.m | 1813 |
| cantilever_switch_smode.m | 1482 |
| computeMForcesfromV.m | 16603 |
| inputdata.mat | 2062 |
| load_results.m | 7013 |
| mems_cantilever_spmode2.m | 10094 |
| connectivity.m | 2453 |
| copyright.m | 1088 |
| facedemo.m | 1007 |
| findedge.m | 3751 |
| inpoly.m | 6392 |
| mesh2d.m | 3979 |
| meshdemo.m | 20934 |
| meshfaces.m | 10836 |
| mesh_collection.m | 361608 |
| checkgeometry.m | 4090 |
| circumcircle.m | 936 |
| dist2poly.m | 4169 |
| fixmesh.m | 2350 |
| meshpoly.m | 11388 |
| mydelaunayn.m | 2484 |
| mytsearch.m | 2334 |
| quadtree.m | 23486 |
| quality.m | 562 |
| tinterp.m | 1243 |
| triarea.m | 405 |
| refine.m | 4850 |
| smoothmesh.m | 2997 |
| cantilever_switch_microns.m | 3667 |
| cantilever_switch_micron_output.mat | 14696 |
| startup.m | 648 |
| license.txt | 1564 |
