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所在平台: Udemy |
课程主页: https://www.udemy.com/course/solidworks-simulation-associate/
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课程名称：今天成为SOLIDWORKS仿真认证助理（CSWA-SM） 课程概述： 该课程旨在帮助学员掌握SOLIDWORKS仿真工具的基础知识，即使您之前没有进行过任何仿真。课程内容包括静态仿真研究的设置、如何提取有意义的图表和结果，以及如何评估设计以优化生产周期。此外，该课程还将为您提供参加正式SOLIDWORKS仿真认证助理考试所需的所有实用技能。 课程内容： 本课程包含84个学习元素，包括77个视频和7个群体仿真案例。 学习目标： - 熟悉仿真工作流程 - 能够对零件和组件进行静态仿真分析 - 能够清晰地沟通仿真结果 常见问题： - **CSWA-仿真认证是什么？** CSWA代表认证的SOLIDWORKS助理，仿真助理认证是SOLIDWORKS官方证明您熟悉所有基础仿真工具并能够进行合理分析的证据。 - **为什么要学习仿真？** 仿真使组织能够在原型制作之前从虚拟角度测试其设计，这样可在虚拟环境中优化设计，提高安全性和可靠性，同时节省时间和成本。 - **SOLIDWORKS仿真如何工作？** SOLIDWORKS仿真工具利用有限元分析（FEA）理论在后台进行相关计算。通过将复杂结构分解为可以逐一分析的小元素，FEA方法帮助了解软件在后台的处理过程。 - **通过CSWA-仿真认证考试需要什么？** 通过考试，您需要熟悉SOLIDWORKS静态分析包中的基础工具和功能，并了解3D建模工具和工程原理，包括静力学、材料强度和有限元分析理论。该课程涵盖了SOLIDWORKS仿真工具的实际使用，但不涉及工程原理。 课程涵盖内容： - 有限元分析法及其优势 - 静态仿真研究的步骤 - 加载和设置仿真插件 - 安全系数及其对设计的影响 - 梁、壳体和实体的区别及各自的仿真方法 - 准备3D模型进行仿真的方法 - 不同类型的夹具及其设置 - 不同类型的载荷及其设置 - 不同类型的接触及其设置 - 生成应力分布和位移图 - 仿真装配件和多体部件 - 调整模拟模型的网格密度 - 设置和使用自适应网格 - 改善图表的格式以提高沟通效果 - 生成XY图 - 计算模型不同区域的反作用力 - 小位移与大位移的区别 - 进行仿真的最佳实践 通过这个课程，您将能够建立扎实的仿真实践基础，并为进一步的设计优化打下良好的基础。
Become a SOLIDWORKS Simulation Certified Associate Today!Course SummaryThis streamlined course will build you a strong foundation using the SOLIDWORKS simulation tools, even if you have never done any simulations before. These include how to set up your static simulation study and how to extract meaningful plots and results. It will enable you to evaluate your designs for a better design for the production cycle. In addition, it will equip you with all the practical skills needed for the official SOLIDWORKS Simulation Associate exam.What is in the Course?84 learning elements including:77 videos7 group simulation casesLearning ObjectivesBe familiar with the simulation workflow.Be able to conduct static simulation analysis for parts and assemblies.Be able to communicate simulation results clearly.Questions Frequently AskedWhat is the CSWA-Simulation Certification?CSWA stands for Certified SOLIDWORKS Associate. The simulation associate certification is SOLIDWORKS official proof that you are familiar with all the foundational simulation tools to conduct sound analysis. It also proves that you have a good grasp of the capabilities of SOLIDWORKS simulation and an understanding of the Finite Element Analysis theory.Why should I learn Simulation?Simulations enable organizations to virtually test their designs before going towards prototyping. It will enable you to optimize your design while you are still working on it virtually. This will enable you to optimize your design for safety and reliability before you even start prototyping. It will save lots of time and money. It also enables the designer to experiment with lots of designs and virtually test them, resulting in optimal end products and avoiding material waste.How does SOLIDWORKS simulation work?SOLIDWORKS simulation tool utilizes the Finite Element Analysis (FEA) theory/method to make all the related calculations in the background. This is a significant reason why being familiar with the FEA method can help understand what the software does in the background. In a nutshell, FEA works by breaking complex structures into smaller elements that can be analyzed one at a time.What is required to pass the CSWA-simulation certification exam?To pass the CSWA-simulation exam, you will need to be familiar with the foundational tools and features in the SOLIDWORKS static analysis package. This is in addition to being familiar with the software 3D modeling tools and basic knowledge of engineering principles, including statics, strength of materials, and finite element analysis theory. This course covers the practical usage of the SOLIDWORKS Simulation tool. It DOES NOT cover engineering principles.What Does This Course Cover?What is the Finite Element Analysis method and its advantage.What is the procedure of conducting a static simulation study.How to load and set up the simulation plug-in.What is the factor of safety, and how does it impact our designs.What is the difference between beams, shells, and solids, and how to simulate each?How to prepare our 3D models for simulation.What are the different types of fixtures, and how to set them up.What are the different types of loads, and how to set them up.What are the different types of contacts, and how to set them up.How to generate the stress distribution and displacement plots.How to simulate assemblies and multi-body parts.How to adjust the mesh density for your simulated models.How to set up and use adaptive meshing.How to re-format your plots for better communicative ones.How to generate XY plots.How to calculate the reaction forces in different areas of the model.What is the difference between small and large displacements.What are the different best practices in conducting simulation.
