Description: The procedure of solving cantilever beam by EFGM is described in detail. The results of analytical solution and numerical simulation are given and presented in the form of images.
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File list (Check if you may need any files):
| Filename | Size | Date |
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| 悬臂梁 | 0 | 2019-07-18
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| 悬臂梁\assembly.m | 340 | 2019-03-18
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| 悬臂梁\cubic_spline.m | 329 | 2019-03-18
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| 悬臂梁\define_support.m | 499 | 2019-03-18
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| 悬臂梁\lagrange_basis.m | 1607 | 2019-03-18
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| 悬臂梁\magnify.m | 4185 | 2019-03-21
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| 悬臂梁\make_elem.m | 686 | 2019-03-18
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| 悬臂梁\MLS_ShapeFunction.m | 4209 | 2019-03-18
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| 悬臂梁\one.fig | 1166800 | 2019-04-01
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| 悬臂梁\plot_field.m | 1154 | 2019-03-18
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| 悬臂梁\plot_mesh2d.m | 764 | 2019-03-18
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| 悬臂梁\plot_mesh3d.m | 1747 | 2019-03-18
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| 悬臂梁\PRIM_ShapeFunc_2D.m | 4319 | 2019-03-18
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| 悬臂梁\quadrature.m | 4150 | 2019-03-18
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| 悬臂梁\quartic_spline.m | 232 | 2019-03-18
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| 悬臂梁\square_node_array.m | 330 | 2019-03-18
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| 悬臂梁\timoshenko_beam.m | 15124 | 2019-04-02
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| 悬臂梁\two.fig | 626232 | 2019-04-01
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| 悬臂梁\weight_function.m | 733 | 2019-03-18
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| 悬臂梁\图片 | 0 | 2019-04-02
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| 悬臂梁\图片\magnify.m | 4185 | 2019-03-21
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| 悬臂梁\图片\one.fig | 1166800 | 2019-04-01
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| 悬臂梁\图片\two.fig | 626232 | 2019-04-01
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| 新建文件夹 | 0 | 2019-04-01
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| 新建文件夹\assembly.m | 340 | 2019-03-18
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| 新建文件夹\cubic_spline.m | 329 | 2019-03-18
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| 新建文件夹\define_support.m | 499 | 2019-03-18
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| 新建文件夹\lagrange_basis.m | 1607 | 2019-03-18
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| 新建文件夹\make_elem.m | 686 | 2019-03-18
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| 新建文件夹\MLS_ShapeFunction.m | 4209 | 2019-03-18
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| 新建文件夹\plot_field.m | 1154 | 2019-03-18
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| 新建文件夹\plot_mesh2d.m | 764 | 2019-03-18
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| 新建文件夹\plot_mesh3d.m | 1747 | 2019-03-18
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| 新建文件夹\PRIM_ShapeFunc_2D.m | 4319 | 2019-03-18
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| 新建文件夹\quadrature.m | 4150 | 2019-03-18
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| 新建文件夹\quartic_spline.m | 232 | 2019-03-18
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| 新建文件夹\square_node_array.m | 330 | 2019-03-18
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| 新建文件夹\timoshenko_beam.m | 16106 | 2019-04-01
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| 新建文件夹\weight_function.m | 733 | 2019-03-18 |
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