1 / 22

Chapter 6

Chapter 6. ANSYS 命令 : 前處理 Preprocessing. Contents. 6.1 建立實體模型 : 由下而上 Solid Modeling: Bottom-up Approach 6.2 建立實體模型 : 由上而下 Solid Modeling: Top-down Approach 6.3 元素屬性命令 Element Attributes Commands 6.4 建立網格 : 直接法 Mesh Generation: Direct Generation 6.5 建立網格 : 自動切割法

elpida
Download Presentation

Chapter 6

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. Chapter 6 ANSYS命令: 前處理 Preprocessing

  2. Contents 6.1 建立實體模型: 由下而上 Solid Modeling: Bottom-up Approach 6.2 建立實體模型: 由上而下 Solid Modeling: Top-down Approach 6.3 元素屬性命令 Element Attributes Commands 6.4 建立網格: 直接法 Mesh Generation: Direct Generation 6.5 建立網格: 自動切割法 Mesh Generation: Auto Meshing

  3. 第6.1節 建立實體模型: 由下而上 Solid Modeling: Bottom-up Approach

  4. 6.1.1 Keypoints Commands

  5. 6.1.2 Lines Commands

  6. 6.1.3 Areas Commands

  7. 6.1.4 Volumes Commands

  8. 第6.2節 建立實體模型: 由上而下 Solid Modeling: Top-down Approach

  9. 6.2.1 Primitives Commands

  10. 6.2.2 Booleans Commands

  11. 第6.3節 元素屬性命令 Element Attributes Commands

  12. 6.3.1 Element Attributes Tables

  13. 6.3.2 ET Table Commands

  14. 6.3.3 MP Table Commands

  15. 6.3.4 R Table Commands

  16. 6.3.5 Attributes Assignment Commands

  17. 第6.4節 建立網格: 直接法 Mesh Generation: Direct Generation

  18. 6.4.1 Nodes Commands

  19. 6.4.2 Elements Commands

  20. 第6.5節 建立網格: 自動切割法 Mesh Generation: Auto Meshing

  21. 6.5.1 Mesh Size/Shape Commands

  22. 6.5.2 Auto-Meshing Commands

More Related