MIDAS GTS 考虑渗流边坡稳定分析.ppt

考虑渗流的边坡稳定分析实例 Step 1. Step 2. Step 3. Step 4. Step 5. Step 6. Step 7. Step 8. Step 9. Step 10. Step 11. Step 12. Step 13. Step 14. Step 15. Step 16. *MIDAS Information Technology Co., Ltd. midas FEA Training Series LS-3. Pier – AutoMesh *MIDAS Information Technology Co., Ltd. midas FEA Training Series Post Processing *MIDAS Information Technology Co., Ltd. midas FEA Training Series LS-1. Analysis of a Concrete Floor *MIDAS Information Technology Co., Ltd. midas FEA Training Series LS-4. Pier – MapMesh *MIDAS Information Technology Co., Ltd. midas FEA Training Series MA-1. Modal Analysis of a Stiffened Plate *MIDAS Information Technology Co., Ltd. midas FEA Training Series B-1. Buckling Pipe *MIDAS Information Technology Co., Ltd. midas FEA Training Series LS-5. Analysis of a Frame Tower *MIDAS Information Technology Co., Ltd. midas FEA Training Series LS-6. Analysis of a Box Girder *MIDAS Information Technology Co., Ltd. midas FEA Training Series LS-2. Analysis of a Pier Table *MIDAS Information Technology Co., Ltd. midas FEA Training Series LS-7. Analysis of a Steel Box Bridge *MIDAS Information Technology Co., Ltd. midas FEA Training Series LS-8. Analysis of a Solid Block *MIDAS Information Technology Co., Ltd. midas FEA Training Series TH-1. Analysis of a Steel Box Bridge *MIDAS Information Technology Co., Ltd. midas FEA Training Series RS-1. Analysis of a Steel Box Bridge *MIDAS Information Technology Co., Ltd. midas FEA Training Series LS-9. Corrugated Steel-Web Bridge *MIDAS Information Technology Co., Ltd. midas GTS Training Series 概况 2-D 边坡稳定分析 模型 - 单位 : kN , m 材料 - M-C - 平面应变 荷载和边界条件 - 周围约束 - 水头边界 - 自重 - 渗流产生孔隙压 Program License 2007.05.0 Revision Date V2.5.0 Program Version 1.文件 项目设置 2.“项目名称”中填写‘二维边坡计算’ 3. 选择 “2D” 4. 点击 [...] 5.内力: kN 6. 点击 [确认] 3 2 4 5 6 1. 几何 曲线 在工作平面上建立 二维多线段（线组） 2.在位置一栏输入0，0，然后回车 3.依次在位置一来输入‘0,60’、‘40,0’、‘20,－20’、 ‘40,0’、‘0,－40’、‘－100,0’ 4. 点击[取消] 2 4 1 .模型 特