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所在平台: Udemy |
课程主页: https://www.udemy.com/course/programming-the-finite-element-method-using-c/
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课程名称：使用C#编程有限元方法 课程概述： 欢迎参加“使用C#编程有限元方法”课程。本课程是一个全面的在线学习项目，旨在教您如何使用C#进行有限元分析编程，并将这些概念应用于三维梁结构的分析。假设您对有限元方法（FEM）有一定的了解，并且对编程，特别是C#有基础知识。无需成为“专家”，但建议具备基本知识。 无论您是初学者还是进阶学习者，这门课程都非常适合您。我会通过生动的内容和动手练习，教授有限元方法编程的所有知识。从软件解决方案的构思到调试过程，课程内容涵盖全面。此外，讲师拥有结构工程博士学位，并正在开发自己的软件，您将有机会参与该程序的测试，以了解未来的开发可能性。 课程包含以下几个部分： 1. **程序结构**：介绍课程的主要目标和程序结构。 2. **结构对象**：定义用户输入的结构元素及其角色。 3. **荷载对象**：定义不同类型的荷载（节点荷载、线性集中荷载和线性分布荷载）及其角色。 4. **有限元模型生成**：将结构模型划分为工作有限元模型，并定义相关的有限元对象，比如节点、梁、弹簧等。 5. **有限元计算**：生成荷载向量、刚度矩阵和边界条件矩阵，以及求解主有限元方程F = kx并储存结果。 6. **后处理**：使用第5节获得的结果生成内部力图（正力、剪力、弯矩和扭矩）。 7. **基准测试与调试**：进行基准测试和除错，学习从中获得的经验教训，并展望未来。 课程中，您将学习如何进行预处理、输入结构模型、划分网格、准备有限元模型、执行分析及调试。您还将学习如何进行后处理以分析结果，获取对结构的深刻见解。 此外，除了视频讲座外，我将在大多数步骤中提供源代码和相关教学材料，以供您进行实践和实验，比较自己的代码和我的代码。 课程结束后，您将掌握在C#中编程有限元方法的技能和知识，能够将其应用于自己的项目，并以更高的准确性和效率分析结构，从而在您的领域中获得竞争优势。您也将具备开发适合自己商业或研究兴趣的软件的能力。 不要再犹豫了，立即报名参加“使用C#编程有限元方法”课程，迈出实现目标的第一步。谢谢您，我将在课程中见！
Hello there, and welcome to the course: Programming the finite element method using C#. This course is a comprehensive online course that will teach you everything you need to know about programming the finite element analysis using c#, and apply those concepts on 3D beam structures.I am assuming in the process that you have some knowledge in the FEM as well as some knowledge about programming in General, and c# in particular. You do not need to be a "pro" in those, but some base knowledge should suffice and is highly recommended.This course is perfect for both beginners and advanced learners. I will teach you everything I know about programming the finite element method, and guide you with engaging content, hands-on exercises. The course covers everything from the inception of the software solution to the debugging sessions.Also worth mentioning, is that your instructor has a PhD in structural engineering and is currently developing his own software to reach market maturity. I will provide you access to the beta test of that program, so that you can see the future possibilities that you can build upon using the basics discussed here. Thus, I am teaching you out of experience.This course is consisted of the following Sections:Section 1 - Program StructureIn this section, the main goals of the course as well as the program structure are laid out and implemented.Section 2 - Structural ObjectsThe structural elements that are inputted by the user are defined, and their roles are explained.Section 3 - Load ObjectsThe different load types (nodal, linear concentrated and linear distributed) are defined and their roles explained.Section 4 - Generation of FEM ModelThe meshing of the structural model into a working FEM model is performed here. Also, FEM objects such as nodes, beams, springs, releases and supports are defined and explained.Section 5 - FEM CalculationsThe generation of the Load Vector, Stiffness Matrix and Boundary Condition Matrix is done here. Also, the solution of the main FEM equation F = kx is done and results are stored.Section 6 - Post ProcessingThe results obtained from Section 5 are used to generate internal force diagrams (normal, shear, bending and torsional).Section 7 - Bench marking and DebuggingWe go through the process of bench marking and bug elimination and learn a couple of lessons from this experience. Also, an outlook is given.Generally,Throughout the course, you'll learn how to perform pre-processing, inputting the structural model, meshing and preparing the FEM model, performing the analysis, and doing debugging. You'll also learn how to perform post-processing to analyze your results and gain valuable insights into your structures.But that's not all. In addition to the video lectures, I'll provide you with the source code of the program in most of the steps as well as any teaching material used during presentation sessions. This way you can learn by practice, and experiment with your own code and compare with mine.By the end of the course, you'll have the skills and knowledge you need to program the finite element method in C# and apply it to your own projects. You'll be able to analyze structures with greater accuracy and efficiency, and gain a competitive edge in your field. Also, you would have the knowledge to go and try develop a tailored software for either your commercial interests or research interest, or even both.So don't wait any longer. Enroll in Programming the Finite Element Method in C# today, and take the first step toward to achieve this goal.Thank you very much, and I will see you, in my course.
