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Highlights from
Accelerating Finite Element Analysis (FEA) in MATLAB
- computeMForcesfromV(nodes, ed... Function to compute forces from electrostatic analysis output from PDE
- connectivity(p,t) CONNECTIVITY: Assemble connectivity data for a triangular mesh.
- copyright Mesh2d is a MATLAB toolbox designed to automatically generate quality 2D
- facedemo(n) FACETEST: Example polygonal geometries for MESHFACES.
- findedge(p,node,edge,TOL) FINDEDGE: Locate points on edges.
- inpoly(p,node,edge,TOL) INPOLY: Point-in-polygon testing.
- load_results(resultDir, seria... Function to load the results
- mems_cantilever_spmode2(xCoor... 0. Assign default arguments if necessary
- mesh2d(node,edge,hdata,option... MESH2D: 2D unstructured mesh generation for a polygon.
- mesh_collection(num) MESH_COLLECTION: Collection of meshing examples from MESH2D users.
- meshdemo Demo function for mesh2d.
- meshfaces(node,edge,face,hdat... MESHFACES: 2D unstructured mesh generation for polygonal geometry.
- pdemodel Geometry description:
- refine(p,t,ti,f) REFINE: Refine triangular meshes.
- smoothmesh(p,t,maxit,tol) SMOOTHMESH: Smooth a triangular mesh using Laplacian smoothing.
- cantilever_switch_pmode.m
- cantilever_switch_smode.m
- startup.m
- View all files
Accelerating Finite Element Analysis (FEA) in MATLAB
16 Nov 2010 Accelerate computationally intensive part of FEA by using Parallel computing. |
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