SolidWorks 2021计算流体动力学教程Mastering Computational Fluid Dynamics with SolidWorks 2021

本课程包含 26 个视频，时长约为 11 小时。所有视频都是关于使用 SolidWorks 进行 CFD 分析和优化的。这些视频是关于行业特定问题的，以简单的方式用更简单的示例表示。本课程考虑到中级和高级学习者。在本课程中，还提供了重要的 CAD 模型作为用户练习的资源。课程分为六个不同的单元。

单元 1 包含 4 个视频，其中包含热管的不同应用，用于分析和优化 CFD 问题

(i) 真空管太阳能集热器的 CFD 分析

(ii) 使用 SolidWorks 2021 对带热管的笔记本电脑进行 CFD 分析

(iii) 使用 SolidWorks 2021 对热管进行 CFD 共轭传热分析

(iv) 带热管的废气 CFD 参数研究和优化 – SolidWorks 2021

第 2 单元包含 5 个视频，其中包含不同类型换热器的 CFD 分析。

(i) 使用 SolidWorks 2021 对错流换热器进行 CFD 分析

(ii) 使用 SolidWorks 2021 对板式换热器进行 CFD 分析

(iii) 使用 SolidWorks 2021 对壳管式换热器进行 CFD 分析

(iv) 使用 SolidWorks 2021 对表面冷凝器进行 CFD 分析

(v) 使用 SolidWorks 2021 对逆流换热器进行 CFD 分析

第 3 单元包含 4 个视频，其中包含按正确顺序对 HVAC 系统进行详细 CFD 分析的视频。在这种情况下，分析将在从冷凝器到干燥器、膨胀器到蒸发器的不同阶段进行。

(i) 使用 SolidWorks 2021 对 HVAC 冷凝器进行 CFD 分析

(ii) 使用 SolidWorks 2021 对 HVAC 蒸发器进行 CFD 分析

(iii) 使用 SolidWorks 2021 通过 HVAC 干燥器进行 CFD 流动模拟

(iv) 使用 SolidWorks 2021 通过 HVAC Expander 进行 CFD Flow Simulation

第 4 单元包含 7 个带有 CFD 分析和均质和非均相流体混合优化的视频。

(i) 使用 SolidWorks 2021 进行旋风分离器的 CFD 流动模拟和粒子研究

(ii) 使用 SolidWorks 2021 通过不同横截面的管道进行 CFD 流动模拟

(iii) 使用 SolidWorks 2021 的带孔板的 CFD 强制对流传热

(iv) 使用 SolidWorks 进行多流体混合的 CFD 参数研究和优化

(v) 使用 SolidWorks 2021 进行流体混合的 CFD 瞬态分析

(vi) 使用 SolidWorks Flow Simulation 进行流体混合

(vii) 使用 SolidWorks 2021 使用 CFD 自由表面技术进行多相流体混合

第 5 单元包含 3 个带有 CFD 分析和废气分析仪优化的视频。

(i) 使用 SolidWorks 2021 对催化转化器进行 CFD 分析和优化

(ii) 使用 SolidWorks 2021 对汽油发动机排气系统进行 CFD 分析

(iii) 通过多端口排气歧管进行 CFD 参数研究和优化

第 6 单元包含 3 个视频，其中包含对与对流和辐射相关的不同应用的 CFD 分析和优化。

(i) 电热水壶的 CFD 分析和优化 – SolidWorks 2021

(ii) 使用 SolidWorks 2021 通过灯泡进行 CFD 流动模拟

(iii) 使用 SolidWorks 自由曲面技术的对流

A Complete Package of Computational Fluid Dynamics (CFD) using SolidWorks 2021

MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 27 lectures (10h 38m) | Size: 7.16 GB

What you’ll learn:
Students will learns all the CFD Techniques and applications
Students will learn to solve any kinds of Real-world Engineering or Industrial problems relevant to CFD
Students will learn the Optimization in CFD
Students will know different types of CFD Applications and their solution methods

Requirements
Engineering Drawing, Basics of SolidWorks

Description
This coursework contains 26 videos with a duration of approximately 11 hours. All the videos are about CFD analysis and Optimization using SolidWorks. The videos are about industry specific problems, represented in a simple manner with simpler examples. This course is made keeping in mind about the intermediate & advanced learners. In this course-work important CAD models have also been provided as resources for users practice purpose. The course is divided into six different units.

Unit 1 contains 4 videos with different applications of Heat Pipe to analyze and optimize CFD problems

(i) CFD Analysis of an Evacuated Tube Solar Collector

(ii) CFD Analysis of Laptops with Heat Pipes using SolidWorks 2021

(iii) CFD Conjugate Heat Transfer Analysis with Heat Pipes using SolidWorks 2021

(iv) CFD Parametric Study & Optimization of Exhaust Gas with Heat Pipe -SolidWorks 2021

Unit 2 contains 5 videos with CFD Analysis of different types of Heat Exchangers.

(i) CFD Analysis of a Cross Flow Heat Exchanger using SolidWorks 2021

(ii) CFD Analysis of a Plate Heat Exchanger with SolidWorks 2021

(iii) CFD Analysis of a shell tube heat exchanger using SolidWorks 2021

(iv) CFD Analysis of a Surface Condenser using SolidWorks 2021

(v) CFD Analysis of a Counter Flow Heat Exchanger using SolidWorks 2021

Unit 3 contains 4 videos with a detailed CFD analysis of HVAC systems in a correct sequence. In this case analysis will be carried out at different stages from condenser to Dryer, to expander to Evaporator.

(i) CFD Analysis of an HVAC Condenser using SolidWorks 2021

(ii) CFD Analysis of HVAC Evaporator using SolidWorks 2021

(iii) CFD Flow Simulation through an HVAC Drier using SolidWorks 2021

(iv) CFD Flow Simulation through an HVAC Expander using SolidWorks 2021

Unit 4 contains 7 videos with CFD Analysis and optimization of homogeneous and heterogeneous fluid mixing.

(i) CFD Flow Simulation & Particle Study of a Cyclone Separator with SolidWorks 2021

(ii) CFD Flow Simulation through a Duct of varied cross section using SolidWorks 2021

(iii) CFD Forced Convective Heat Transfer with Perforated Plates using SolidWorks 2021

(iv) CFD Parametric Study & Optimization of Multiple Fluid Mixing Using SolidWorks

(v) CFD Transient Analysis of Fluid Mixing using SolidWorks 2021

(vi) Fluid Mixing using SolidWorks Flow Simulation

(vii) Heterogenous Fluid Mixing with CFD Free Surface Technique using SolidWorks 2021

Unit 5 contains 3 videos with CFD Analysis and Optimization of Exhaust Gas analyzer.

(i) CFD Analysis & Optimization of a Catalytic Converter with SolidWorks 2021

(ii) CFD Analysis of an Exhaust Gas System of Petrol Engine using SolidWorks 2021

(iii) CFD Parametric Study and Optimization through multiple port Exhaust Manifold

Unit 6 contains 3 videos with CFD Analysis and Optimization of different applications relevant to convection and radiation.

(i) CFD Analysis & Optimization of an Electrical Kettle – SolidWorks 2021

(ii) CFD Flow Simulation through an Electrical Bulb using SolidWorks 2021

(iii) Convection using SolidWorks Free Surface Technique

Who this course is for
Engineering students and CAD/CAM/CAE Professionals