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所在平台: Udemy |
课程主页: https://www.udemy.com/course/cfd-analysis-optimization-using-solidworks-free-surface/
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课程名称：掌握CFD与SolidWorks：分析与优化 V3.0 课程概述：欢迎参加我们的在线课程《掌握CFD分析与优化使用SolidWorks》。本课程包含13个视频，总时长约五小时，旨在为中级和高级学习者提供所需的知识和技能，以在计算流体动力学（CFD）分析与优化领域中脱颖而出。课程重点利用SolidWorks 2018及以后的版本推出的强大自由表面技术，解决单一流体域内复杂的流体混合问题。 课程内容： 我们的课程围绕行业特定问题展开，通过真实案例以简单易懂的方式呈现。部分项目来源于工程博士学位论文，确保您能向行业顶尖专家学习。此外，我们提供了必要的CAD模型，作为实践练习的宝贵资源。 课程模块包括： 1. CFD基础及SolidWorks中的自由表面技术介绍 2. 油轮中的CFD晃动效应及其减少 3. 瓶内水的CFD晃动效应 4. 水电项目的CFD分析 5. 流化床气化器的CFD流动仿真和粒子研究 6. 汽油室内的CFD流体混合 7. 杯内的CFD热传导分析 8. 通过特殊表面冷凝器的CFD热传导分析与优化 9. 房间内水雾效应的CFD热传导分析 10. 喷嘴中的CFD流动仿真及水雾效应 11. CFD成型过程 12. 具有异质流体混合的CFD瞬态分析 13. 通过相互连接的室的CFD自由表面技术 本课程将为您提供扎实的CFD分析与优化知识基础，帮助您在相关领域中取得成功。
Welcome to our comprehensive online course, "Mastering CFD Analysis and Optimization using SolidWorks." With a total of 13 videos spanning approximately five hours, this course is designed to equip intermediate and advanced learners with the knowledge and skills needed to excel in the field of Computational Fluid Dynamics (CFD) analysis and optimization. Throughout the course, we focus on leveraging the powerful SolidWorks Free Surface technique, a cutting-edge feature introduced in SolidWorks 2018 and onwards, to address complex fluid mixing challenges within a single fluid domain.Course OverviewOur course revolves around industry-specific problems, expertly presented in a simple and accessible manner through real-world examples. With some of the projects derived from an engineering PhD thesis, you can rest assured that you'll be learning from the best in the field. As an added bonus, we have included essential CAD models to serve as valuable resources for practical exercises.1. Introduction to CFD Basics and Free Surface technique in SolidWorks2. CFD Sloshing Effect in Oil Tankers and its reduction 3. CFD Sloshing Effect of Water inside a Bottle4. CFD Hydroelectric Project5. CFD Flow Simulation and Particle Study of a Fluidized Bed Gasifier6. CFD Fluid Mixing inside a Gasoline Chamber7. CFD Heat Transfer Analysis inside a Cup8. CFD Heat Transfer Analysis and Optimization through a special Surface Condenser9. CFD Heat Transfer Analysis and Water Misting Effect inside a Room10. CFD Flow Simulation through a Nozzle and Water Misting Effect11. CFD Molding Process12. CFD Transient Analysis with Heterogeneous Fluid Mixing13. CFD Free Surface technique through inter-connected Chambers
