|
所在平台: Udemy |
课程主页: https://www.udemy.com/course/the-complete-guide-to-feacae-with-hypermesh-optistruct/
课程评论：没有评论
**Coursera课程总结：HyperMesh & OptiStruct completa 指南** 本课程旨在将您从初学者培养到CAE/FEA（有限元分析/计算机辅助工程）领域的专家，重点教授HyperMesh 2024和OptiStruct的使用。 **课程大纲：** 1. **FEA/CAE理论基础** * 掌握FEA（有限元分析）和CAE（计算机辅助工程）的基本原理。 * 学习解决CAE问题的策略及CAE软件的工作逻辑。 2. **HyperMesh 2024入门** * 熟悉HyperMesh 2024的新图形用户界面（GUI）。 * 学习模型的导入/导出、模型浏览器、实体选择器和视图控制。 3. **几何创建与修改** * 学习创建和编辑几何，包括点、节点、线和曲面的创建。 * 掌握几何清理和去特征化技术，优化FEA模型构建。 4. **网格划分技术** * 实践1D、2D和3D网格划分。 * 学习组件网格划分的最佳实践和指导方针，并进行网格质量检查（如长宽比、偏斜度、翘曲、体积偏斜等）。 5. **高级网格划分主题** * 学习中面提取、偏移、中网格等中网格技术。 * 深入了解汽车塑料件的网格划分。 6. **连接与装配** * 学习如何定义点焊、缝焊、螺栓连接、基于面域的连接（包括粘合剂）以及XML连接，用于组件装配。 7. **分析类型** * 学习进行模态分析、线性和非线性静态分析、屈曲分析。 * 理解每种分析类型的控制方程。 **课程目标：** 完成本课程后，您将掌握使用HyperMesh 2024和OptiStruct进行结构分析的工具、知识和信心，从而在CAE/FEA仿真领域脱颖而出。
Course Overview:Embark on an exciting journey from beginner to expert in CAE/FEA concepts, with a specific focus on HyperMesh 2024 and OptiStruct. This course will guide you through the theoretical foundations of CAE/FEA and dive deep into practical skills for creating and modifying CAD/geometry, meshing, defining connections, and performing analysis.We will begin with the basics of FEA theory, where you will learn the essential problem-solving techniques and the underlying logic behind most CAE software. From there, we will delve into the core of HyperMesh 2024, covering meshing (1D, 2D, and 3D), connection creation, deck preparation and perform various analysis using optistruct.Course Structure:Theory of FEA/CAE:Understand the principles of FEA and CAE, including problem-solving strategies and how FEA works. This foundational knowledge is crucial for mastering the application of HyperMesh and OptiStruct.Introduction to HyperMesh 2024:Get familiar with HyperMesh's new Graphical User Interface (GUI) and learn how to import/export models, navigate the model browser, entity selector and view controls.Creating and Modifying Geometry:Learn the essential steps for building and editing geometry, including creating points, nodes, lines and surfaces. In this section we will be performing geometry cleanup and defeaturing to aid us in better model build for FEA applications.Meshing Techniques:Gain hands-on experience with 1D, 2D, and 3D meshing. You will follow best practices and guidelines for meshing components, including mesh quality checks, and explore quality checks such as aspect ratio, skewness, warpage, volumetric skew and many more.Advanced Meshing Topics:Learn about mid-meshing techniques like midsurface extraction, offset, midmesh and more. We will also delve into the world of plastic meshing.Connections and Assembly Building:Understand how to define connectors like spot welds, seam welds, bolted connections, area based connections including adhesives and XML-based connections for assembling components.Analysis Types:Learn how to perform modal analysis, linear and non-linear static analysis, buckling analysis, and understanding governing equations for each type.Enroll Now!Start your journey with HyperMesh 2024 and unlock your potential in structural analysis using optistruct. This course will provide you with the tools, knowledge, and confidence to excel in CAE/FEA simulations.
