文件列表:

COMSOL (0, 2021-11-20)
COMSOL\DLIM 2D (0, 2021-11-20)
COMSOL\DLIM 2D\LIM_base.mph.lock (6, 2021-11-20)
FEMM (0, 2021-11-20)
FEMM\DLIM (0, 2021-11-20)
FEMM\DLIM\AirGap (0, 2021-11-20)
FEMM\DLIM\AirGap\DLIMSimulations.m (6819, 2021-11-20)
FEMM\DLIM\AirGap\gap_results.mat (57808, 2021-11-20)
FEMM\DLIM\AirGap\main.m (4271, 2021-11-20)
FEMM\DLIM\AirGap\results.m (1422, 2021-11-20)
FEMM\DLIM\AirGap\results.mat (53913, 2021-11-20)
FEMM\DLIM\Asymmetric (0, 2021-11-20)
FEMM\DLIM\Asymmetric\DLIMSimulations.m (6825, 2021-11-20)
FEMM\DLIM\Asymmetric\asymmetric_core.m (1679, 2021-11-20)
FEMM\DLIM\CoilGaugeValues (0, 2021-11-20)
FEMM\DLIM\CoilGaugeValues\DLIMSimulations.m (5309, 2021-11-20)
FEMM\DLIM\CoilGaugeValues\main.m (1885, 2021-11-20)
FEMM\DLIM\CoilOrientation (0, 2021-11-20)
FEMM\DLIM\CoilOrientation\AlternatingConnection.m (6277, 2021-11-20)
FEMM\DLIM\CoilOrientation\ConstantConfiguration.m (6254, 2021-11-20)
FEMM\DLIM\CoilOrientation\StarConnection.m (6271, 2021-11-20)
FEMM\DLIM\CoilOrientation\main.m (1700, 2021-11-20)
FEMM\DLIM\CoreThickness (0, 2021-11-20)
FEMM\DLIM\CoreThickness\DLIMSimulations.m (6230, 2021-11-20)
FEMM\DLIM\CoreThickness\main.m (3394, 2021-11-20)
FEMM\DLIM\CoreThickness\thickness_results.mat (14157, 2021-11-20)
FEMM\DLIM\Current&Frequency (0, 2021-11-20)
FEMM\DLIM\Current&Frequency\DLIMSimulations.m (6819, 2021-11-20)
FEMM\DLIM\Current&Frequency\main.m (4575, 2021-11-20)
FEMM\DLIM\DLIMSimulations.m (6737, 2021-11-20)
FEMM\DLIM\Design (0, 2021-11-20)
FEMM\DLIM\Design\DLIMSimulations.m (6375, 2021-11-20)
FEMM\DLIM\Design\final_results.mat (388299, 2021-11-20)
FEMM\DLIM\Design\main.m (4901, 2021-11-20)
FEMM\DLIM\Design\prev_geometry_results.mat (388299, 2021-11-20)
FEMM\DLIM\Design\results.m (944, 2021-11-20)
FEMM\DLIM\Design\temp.mat (290839, 2021-11-20)
FEMM\DLIM\Figures (0, 2021-11-20)
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# Electromagnetics Finite Element Analysis Developing propulsion and levitation mechanisms for Hyperloop, using electromagnetic simulations for double-sided linear induction motors and 3D transverse flux linear induction motors. Software used includes Simcenter Magnetics (MagNet) and FEMM (Finite Element Method Magnetics). ## FEMM + Matlab Setup Using FEMM with Matlab requires FEMM files to be included into Matlab's search path. Replace `c:\\femm42\\mfiles` with the installation path of femm and use ``` addpath('c:\\femm42\\mfiles'); savepath; ``` to add the FEMM mfiles path to Matlab's search path. ## Directory Structure * FEMM (Matlab code for various projects) * DLIM * Double-sided LIM simulations * DLIMv2 * DLIM version 2 - updated simulation code, no results * DLIM_GRW * DLIM Gramme-Ring Windings simulations * LHD * Linear Halbach Drive simulations * TFLIM * Transverse Flux LIM simulations (in 2D) * MagNet (VBS code for various projects) * EDW * Electrodynamic Wheel simulations * LIM * Linear Induction Motor simulations

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