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所在平台: Udemy |
课程主页: https://www.udemy.com/course/ansys-mesh/
课程评论：没有评论
课程名称：ANSYS网格划分 - 学习如何有效使用ANSYS网格划分 课程概述：本课程旨在帮助学习者掌握高质量网格的创建方法。每个章节都有特定的工作坊模型，通过逐步演示工具的使用，便于进行更多实践。课程主要包括以下主题： 第一章：学生将学习如何启动网格、使用网格方法、创建命名选择、膨胀以及界面的概述，包括截面平面、网格度量等，并通过工作坊模型部分进行实践。 第二章：了解主要网格划分方法之间的区别，例如四面体网格（补丁一致型和补丁独立型）和六面体网格（扫掠型、多区型、六面体主导型），以及如何记录网格划分并通过工作坊模型部分进行实践。 第三章：专注于全局网格划分，学习如何在网格策略中进行全局调整，例如适应性、曲率、邻近性、膨胀、质量、统计等，应用于网格大小设置，并通过工作坊模型部分进行实践。 第四章：学习如何使用局部控制网格方法，如体的方法（自动、四面体、六面体主导、扫掠），对边和面的大小进行控制，使用不同类型（元素大小、影响范围）进行网格划分、膨胀、挤压、面网格和节点移动，并通过工作坊模型部分进行实践。 第五章：学习如何检查网格质量，包括质量标准、检查网格质量的方法以及提高网格质量的工具，并通过工作坊模型部分进行实践。 通过本课程，学员能够有效构建网格，为各种问题设置有效的求解器配置奠定基础。
This Ansys Meshing course is aimed to those who want to learn how to create high quality mesh. Each chapter has specific workshop model,showing how to use the tools(step by step), for doing more practice.Following topics will is to be covered in this course;Chapter 1= Student will learn how to launching mesh, using mesh method,creating named selection,Inflation,on overview of the interface,section planes, Mesh Metric and doing more practice with Workshop model section.Chapter 2= Learn difference between the Main Meshing method such as Tetrahedral(Patch Conforming and Patch Independent) and Hex Meshing(Sweept, Multizone ,Hex dominant) and learn how to recording the meshing and doing more practice with Workshop model section.Chapter 3= Specifically focus Global Meshing,using to make global adjustment in the meshing strategy such as Adaptive, Curvature, Proximity, Inflation, Quality, Statistic,used for mesh sizing and doing more practice with Workshop model section.Chapter 4= Student will learn how to use the local control meshing method such as Method for body(Automatic,Tetrahedrons,Hex Dominant, Sweep), for sizing (Edge,face) with different type(Element sizing,Sphere of Influence,body of Influence and Factor of Global Size), Inflation, Pinch,Face Meshing, and Node Move and doing more practice with Workshop model section.Chapter 5= Student will learn how to check the mesh quality,quality criteria, method for checking Mesh quality and tools to improve Quality in the Meshing and doing more practice with Workshop model section.It will helps you to build efficient meshes before set - up effective solver configurations for a wide range of problems..
