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所在平台: Udemy |
课程主页: https://www.udemy.com/course/ansys-fluent-class10/
课程评论：没有评论
Coursera课程：Ansys Fluent实战课#10 (更多练习与指导) 本课程分为三个主要章节和一个工作坊，旨在提供最佳实践指导，并让学员通过实践提升Ansys工具的应用能力。 **第一章：Ansys Space Claim** * 从SpaceClaim到Workbench的工作流程 * 创建和管理命名选择 (Named Selections) * 创建驱动尺寸 (Driving Dimensions) * 将命名选择和参数导出到Workbench * 创建参数，并从Workbench更新参数 **第二章：Ansys Meshing (网格划分)** * **Ansys Meshing 质量工作坊 1.1 (混合搅拌罐模型)** * 网格生成和划分：Sweep Meshing、局部尺寸控制、高级尺寸函数、Inflation (膨胀层) * 命名选择的应用 * **Ansys Meshing 工作坊 1.2 (汽车外部气动模型)** * 网格生成：Tetrahedral Patch Conforming Mesh (四面体贴合网格) * 局部网格控制：Body of Influence (影响体)、Inflation、高级尺寸函数 * 命名选择和虚拟拓扑 (Virtual Topology) 的应用 **第三章：Ansys Fluent (流体仿真)** * 最佳实践指南介绍：误差来源分析 (舍入误差、迭代误差、求解误差、模型误差) * 网格划分的最佳实践总结 * **工作坊：最佳实践案例** * 检查舍入误差 * 检查迭代误差 * 检查网格独立性 (基于不同网格层级) * 求解可压缩流 * 与实验数据进行对比 本课程涵盖了从前处理 (Spaceclaim, Meshing) 到后处理 (Fluent) 的全流程，特别强调了提升仿真准确性和效率的最佳实践方法。
This course includes three main chapters (Ansys Space Claim, Ansys Meshing and Ansys Fluent) and one workshops, providing Best Practice Guideline listed below. Student will learn how to use Ansys tools to solve the specific applications provided with course materials. Give them a chance to improve their skill by making more practice during course.Chapter 1= Ansys Space ClaimFrom Space Claim to Workbench Named Selections creationDriving Dimensions creationExporting Named Selections and Parameters to WorkbenchGoalsCreate parametersUpdate parameters from WorkbenchChapter 2 = Ansys MeshingAnsys Meshing Quality Workshop1.1This workshop will demonstrate the practical application of ANSYS Meshing to a mixing tank model. Starting ANSYS MeshingGenerating a meshDecomposing for Sweep MeshingLocal Sizing Using Advanced Size Functions Using InflationNamed Selections Ansys Meshing Workshop 1.2This workshop will demonstrate the practical application of ANSYS Meshing to an automotive external aero model. Generating Tetrahedral Patch Conforming Mesh Local Mesh ControlBody of InfluenceInflationUsing Advanced Size FunctionsName SelectionsVirtual TopologyChapter 3= Ansys FluentBest Practice Guideline Introduction Different Source of Error Round off Errors Iteration Errors Solution Errors Model Errors Meshing Best Practice Guidelines Summary Workshop: Best Practice Guideline Checking for round off error Checking for iteration error Checking for mesh independence on a hierarchy of meshes Solving a compressible flow Comparison with experimental data
