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所在平台: Udemy |
课程主页: https://www.udemy.com/course/ansys-fluent-class9/
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Ansys Fluent Class#9 课程大纲 本课程共包含三个章节和两个工作坊，主要涵盖使用Ansys Fluent进行CFD仿真的关键技术。 **第一章：Ansys SpaceClaim** * **文件传输与基本操作：** 学习如何将文件从SpaceClaim传输到Workbench。 * **简化工具：** 掌握Split Faces、Split Edges、Imprint、Mid-surfaces等几何简化工具的使用。 * **导出与参数：** 学习导出Named Selection和Parameters到Workbench。 * **Python脚本基础：** 了解在SpaceClaim中使用Python脚本进行基础操作。 * **关键技术点：** Simplification, Split Faces, Split Edges, Midsurfaces, Imprint, Project, Mirror, Parameters, Python Script。 **第二章：Ansys Meshing** * **网格质量检查：** 学习如何检查网格质量，理解Quality criteria。 * **网格质量改进：** 掌握用于检查和改进网格质量的方法和工具。 * **网格质量对结果的影响：** 理解网格质量如何影响求解质量。 * **关键技术点：** Quality criteria, Methods for checking the Mesh Quality, Pitch, Virtual, Topology, Parameter Set。 **第三章：Ansys Fluent** * **高级边界条件与动量区域：** 学习如何插入Non Conformal Interfaces、Periodic Boundary Conditions，以及处理Moving Zones（如Moving Reference Frames, Moving/Deforming Domains）。 * **不同方法学：** 掌握SRF (Single Reference Frame)、MRF (Multiple Reference Frame)、Mixing Plane (MPM)、Sliding Mesh (SMM)等多种处理动量区域的方法。 * **关键技术点：** Inserting Non Conformal Interfaces, Periodic Boundary Conditions, Moving Zones, Moving Reference Frames, Moving/Deforming Domains, Single Reference Frame (SRF), Multiple Reference Frame (MRF), Mixing Plane (MPM), Sliding Mesh (SMM)。 **工作坊：** * **Workshop 1.1：** 使用Moving Reference Frames进行仿真。 * **Workshop 1.2：** 使用Sliding Mesh进行仿真。
This course includes three chapters and two workshops listed below. Chapter 1= Ansys Space ClaimTransfer file from Space Claim to Workbench and learn how to use Simplification tools such as split faces,split edges,imprint, mid-surfaces, and exporting named selection and Parameters to Workbench and also learn Python Script-basic in the Space ClaimSimplificationSplit FacesSplit EdgesMidsurfacesImprintProjectMirrorParametersPython ScriptChapter 2= Ansys MeshingStudent will learn how to check the mesh quality,quality criteria, method for checking Mesh quality and tools to improve Quality in the MeshingImpact of the Mesh Quality on the Solution Quality criteria Methods for checking the Mesh Quality Pitch Virtual Tapology Parameter Set Chapter 3 = Ansys FluentInserting Non Conformal Interfaces, Periodic Boundary Conditions, Moving Zones such as Moving Reference Frames, Moving /Deforming Domains and Different Approaches such as Single Reference Frame (SRF) , Multiple Reference Frame (MRF), Mixing Plane (MPM), Sliding Mesh (SMM)Introduction Inserting Non Conformal Interfaces Periodic Boundary Conditions Moving Zones Moving Reference Frames Moving /Deforming Domains Different Approaches Single Reference Frame (SRF) Multiple Reference Frame (MRF) Mixing Plane (MPM) Sliding Mesh (SMM) Summary Workshop 1.1: Using Moving Reference Frames and Sliding Meshes Moving Reference Frame Approach Workshop 1.2: Using Moving Reference Frames and Sliding Meshes Sliding Mesh Approach
