Description: Finite Element Method Magnetics (FEMM) is a software package for solving electromagnetic problems using FEM. The program addresses 2D planar and 3D axisymmetric linear and nonlinear harmonic low frequency magnetic and magnetostatic problems and linear electrostatic problems. It is a simple, accurate, and low computational cost open source product,
popular in science, engineering, and education. In this paper the main characteristics and functions of the package are presented. In order to demonstrate its use and exhibit the aid it offers in the study of electromagnetics a series of illustrative examples are given. The aim of the paper is to demonstrate the capability of FEMM to meet as a
complementary tool the needs of science and technology especially when factors like the economic cost or the software complexity do not allow the use of commercial products.
- [2DFEM.Rar] - experiment-- 2-D finite element (C achie
- [bisection] - matlab source code is mainly carried out
- [COGC++] - Finite element study with the source cod
- [felt-3.06-devel.src.tar] - C the development of finite element soft
- [Finite_element] - fortran prepared a two-dimensional finit
- [PlotgraphWithR] - Finite element mesh of the region. Xxx.m
- [3D_PSTD] - A Time Reversal Mirror Algrithm devopled
- [femm42bin] - This FEMM program file to use analytic f
- [new] - fortran code for 2D FEM
- [Matlab] - " Matlab finite element analysis and
File list (Check if you may need any files):
femm1
.....\BELASOLV
.....\........\BELASOLV.APS
.....\........\BELASOLV.CLW
.....\........\BELASOLV.CPP
.....\........\BELASOLV.DSP
.....\........\BELASOLV.DSW
.....\........\BELASOLV.H
.....\........\BELASOLV.RC
.....\........\belasolvDlg.cpp
.....\........\belasolvDlg.h
.....\........\CUTHILL.CPP
.....\........\femmedoccore.cpp
.....\........\femmedoccore.h
.....\........\MAIN.CPP
.....\........\MESH.H
.....\........\PROB1BIG.CPP
.....\........\RES
.....\........\...\BELASOLV.RC2
.....\........\...\Thumbs.db
.....\........\RESOURCE.H
.....\........\SPARS.CPP
.....\........\SPARS.H
.....\........\StdAfx.cpp
.....\........\StdAfx.h
.....\Debug
.....\.....\FEMM.ILK
.....\.....\FEMM.TLB
.....\.....\matlib.dat
.....\.....\TRIANGLE.ILK
.....\FEMM
.....\....\ActiveFEMM.cpp
.....\....\ActiveFEMM.h
.....\....\ArcDlg.cpp
.....\....\ArcDlg.h
.....\....\BdryDlg.cpp
.....\....\BdryDlg.h
.....\....\bd_BdryDlg.cpp
.....\....\bd_BdryDlg.h
.....\....\bd_CircProp.cpp
.....\....\bd_CircProp.h
.....\....\bd_libdlg.cpp
.....\....\bd_libdlg.h
.....\....\bd_MatDlg.cpp
.....\....\bd_MatDlg.h
.....\....\bd_movecopy.cpp
.....\....\bd_NodeProp.cpp
.....\....\bd_NodeProp.h
.....\....\bd_nosebl.cpp
.....\....\bd_nosebl.h
.....\....\bd_OpArcSegDlg.cpp
.....\....\bd_OpArcSegDlg.h
.....\....\bd_OpBlkDlg.cpp
.....\....\bd_OpBlkDlg.h
.....\....\bd_OpNodeDlg.cpp
.....\....\bd_OpNodeDlg.h
.....\....\bd_OpSegDlg.cpp
.....\....\bd_OpSegDlg.h
.....\....\bd_Pref.cpp
.....\....\bd_Pref.h
.....\....\bd_probdlg.cpp
.....\....\bd_probdlg.h
.....\....\bd_PtProp.cpp
.....\....\bd_PtProp.h
.....\....\bd_writepoly.cpp
.....\....\beladrawDoc.cpp
.....\....\beladrawDoc.h
.....\....\beladrawLua.cpp
.....\....\beladrawView.cpp
.....\....\beladrawView.h
.....\....\belaviewDoc.cpp
.....\....\belaviewDoc.h
.....\....\belaviewLua.cpp
.....\....\belaviewView.cpp
.....\....\belaviewView.h
.....\....\BendContourDlg.cpp
.....\....\BendContourDlg.h
.....\....\BHData.cpp
.....\....\BHData.h
.....\....\BHDatafile.cpp
.....\....\BHDatafile.h
.....\....\BHPLOT.CPP
.....\....\BHPLOT.H
.....\....\BlockInt.cpp
.....\....\BlockInt.h
.....\....\bv_BlockInt.cpp
.....\....\bv_BlockInt.h
.....\....\bv_CircDlg.cpp
.....\....\bv_CircDlg.h
.....\....\bv_CplotDlg2.cpp
.....\....\bv_CplotDlg2.h
.....\....\bv_DPlotDlg2.cpp
.....\....\bv_DPlotDlg2.h
.....\....\bv_LIntDlg.cpp
.....\....\bv_LIntDlg.h
.....\....\bv_makemask.cpp
.....\....\bv_Pref.cpp
.....\....\bv_Pref.h
.....\....\bv_problem.cpp
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