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所在平台: Udemy |
课程主页: https://www.udemy.com/course/simulation-using-ansys-fluent-level-3-english-version/
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课程名称：使用ANSYS进行仿真 - 英文版 课程概述： 本课程专为具有基本流体动力学知识的学员设计，主要介绍如何使用ANSYS软件进行仿真。课程分为三个部分：首先学习ANSYS CAD软件“Space Claim”的专业应用，从基础开始，直到能够进行装配并从其他CAD软件导入零件；接着学习ANSYS网格工具的专业使用，以及如何评估网格质量；最后，将学习如何专业操作CFX和Fluent，并通过CFD-post查看结果。课程包含34个项目，涵盖各个工具和软件的全面知识。 课程内容： 1. 介绍有限元分析（FEA）和Space Claim（1D、2D、3D绘图）。 2. 深入探讨Space Claim，包括从其他CAD软件导入图纸、绘制3D机翼的流域、使用图案工具绘制叶片，以及装配不同软件绘制的零件。 3. 介绍网格划分及ANSYS网格工具的GUI，涵盖三大部分（全局设置、网格方法和局部设置），以及多种模型的网格化（如管道、汽车、气动翼等）。 4. 引入计算流体力学（CFD），包括CFX的GUI、湍流模型、边界条件，并解决不同流动情况的案例。 5. 介绍Fluent的用户界面和多种流动情况的解决方法，包括管道流动、气动翼流动、超音速流动和燃烧室案例。 6. 使用CFD-post查看Fluent和CFX项目结果，解决各种案例如水箱填充、热交换器、旋转圆柱体及简单流体-固体相互作用。 7. 深入探讨不同案例如垂直轴风力涡轮机、管道内热传递、车库内车辆的流动、动态网格以及离心压缩机的流动情况。 每个项目都旨在帮助学员掌握新的工具，使其更加熟悉相关软件，且课程期间随时可以向讲师提问解决技术问题。
Since there are two different interfaces(GUIs) for ANSYS workbench ,each video is uploaded in the two GUIs('R181' for Workbench versions earlier than R19.3, 'R193' for Workbench versions after than R19.2)-the course requires you to have very basic knowledge on fluid dynamicsthe course is split into 3 parts:1. learn how to work professionally on ANSYS CAD software 'space claim' (we start from the beginning till we can make assembly, and import parts from other CAD software ).2. learn how to work professionally on ANSYS meshing tool, and measure the mesh quality.3. learn how to work professionally on CFX and Fluent , and view the results on CFD-postin every program, we understand its GUI, all the options they have, and the physics behind every value or option we usethe course contains 34 projects (10 projects in space claim , 6 in meshing tool , 3 in CFX , and 15 in Fluent)in every project, we learn new tools and get more familiar with the programsthe instructor will be available with you through the entire course, and ready for any technical questions you havethis is the course content:Session 1: -intro to FEA -intro to Space Claim (1-D, 2-D, and 3-D drawings ) Session 2: -more on Space Claim: Importing drawings from other CAD software Drawing flow domain for a 3D wing importing.txt file to spaceclaimUsing pattern tool in drawing blades Working on Assembly (assembling parts drawn on space claim, and parts drawn on Solidworks) Session 3: -intro to Meshing -GUI of ANSYS meshing tool -Meshing three main parts (Global settings, Meshing methods, and Local settings) -Pipe model mesh (structured mesh) -Car flow domain mesh -Aerofoil flow domain mesh -Aerofoil structured mesh-2 rectangle blocks domain structured mesh (2D) -2 rectangle blocks domain structured mesh (3D)-Mesh quality Session 4: -intro to CFD -GUI of CFX -Turbulence models, and Boundary conditions -Solving flow in pipe (comparing different cases) (CFX) -Solving flow over a car model (CFX) -Solving flow in a Convergent Divergent nozzle (CFX) (supersonic flow) Session 5:-GUI of Fluent -Solving flow in pipe (comparing CFX and Fluent results)-Solving flow over aerofoil (Fluent) -Solving supersonic flow over a wedge (Fluent) -Solving a combustion chamber case (Fluent)-Solving a convergent divergent nozzle case(Fluent)Session 6:-GUI of CFD-post -Using CFD-post to view results with all Fluent and CFX projects-Solving a water filling in a tank case (Fluent)-heat exchanger- heat transfer (Fluent)-Solving Rotating Cylinder case (Fluent)-Simple FSI Fluid Solid interaction case (Fluent)-Boiling water in a tank case (Fluent) -Solar load and radiation case (Fluent)Session 7:-VAWT (vertical axial wind turbine) (Fluent)-Pipe in a wall heat transfer (Fluent)-Car in a garage case (Fluent) -Gate in a pipe (UDF + dynamic mesh) (Fluent) -Centrifugal Compressor (Fluent)-bullets race Advanced FSI case (Fluent)-Flow over a wing (Fluent)
