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所在平台: Udemy |
课程主页: https://www.udemy.com/course/engineering-simulations-with-ansys-from-scratch/
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课程名称：使用ANSYS Mechanical和ANSYS Fluent进行有限元分析（FEA）与计算流体动力学（CFD）——初学者课程 课程概述：ANSYS是业界领先的通用有限元分析软件，广泛应用于全球的工业和学术机构。它能够模拟真实世界的情况，以分析产品性能，从而实现最佳设计。ANSYS通过有限元方法分析设计在各种载荷（包括力、电流、热量和流体流动）下的响应，以达到最佳设计目标。此外，用户可以利用ANSYS根据设计标准优化设计。 本课程将从有限元方法的基本概述开始，这是一种ANSYS进行各种分析的数学程序。随后，学员将学习如何在ANSYS环境中实施该方法，包括进行工程分析的所有步骤，如几何体创建、网格划分、设置边界条件等。同时，课程将介绍两个CAD建模软件（SpaceClaim和DesignModeller），这些软件已包含在ANSYS软件中，并学习如何导入其他CAD软件（如SolidWorks）的文件。 课程还将介绍计算流体动力学（CFD）及如何使用ANSYS Fluent进行CFD分析。学员将学习如何利用各种分析结果进行拓扑优化研究，以实现产品的轻量化设计。 具体分析领域包括： - 静态结构分析 - 热分析 - 模态分析 - 拱形分析 - 电气分析 - 拓扑优化 - 层流流体流动分析 - 湍流流体流动分析 - 流固相互作用问题 课程可能会添加新章节和分析，敬请关注。准备好开始模拟之旅了吗？让我们一起入门吧！
ANSYS is the industry leading general purpose Finite Element Analysis software package used in both industry and academic institutions all over the world. It is used to simulate real world situations in order to analyse the performance of products in order to achieve the best possible design. ANSYS uses Finite Element Method to analyse the responses of your design to various kinds of loadings ranging from forces, electric currents, heat to fluid flow with the goal of achieving the best design possible for your product. Moreover, you can use ANSYS for optimizing your design in accordance with your design criteria. This course will start with the basic overview of Finite Element Method, which is the mathematical procedure used by ANSYS to conduct all kinds of analyses. And then you will learn how to implement that method inside the ANSYS Environment. You will learn all the steps of conducting an Engineering Analysis, Geometry Creation, Meshing, Setting Boundary Conditions and more. You will also be acquainted with two CAD Modelling Packages for Geometry Creation namely SpaceClaim and DesignModeller, which are already included in the ANSYS Software. You will also learn how you can import files other CAD Packages such as SolidWorks. Moreover, this course will also introduce you to Computational Fluid Dynamics (CFD) and how you can conduct a CFD Analysis using ANSYS Fluent.You will also learn how to use the results from various kinds of analyses in order to conduct a Topology Optimization study for your design in order to obtain a light-weight design for your product. You will learn how to conduct following analyses in full in-depth follow-along video lectures Disciplines:STATIC STRUCTURAL ANALYSISTHERMAL ANALYSISMODAL ANALYSISBUCKLING ANALYSISELECTRIC ANALYSISTOPOLOGY OPTIMIZATIONLAMINAR FLUID FLOW ANALYSISTURBULENT FLUID FLOW ANALYSISFLUID-SOLID INTERACTION PROBLEMSNew sections and analysis may be added too to this course, so stay tuned. So, jump in and let's start simulating together
