Learning Cfd With Ansys Fluent (Workbench)

本课程面向 CFD 初学者。该课程非常适合想要学习如何使用 ANSYS FLUENT 使用 CFD 的任何人。第一部分包括 Workbench、DesignModeler 和 ANSYS Meshing 的介绍性讲座。接下来的部分包括研讨会。每个研讨会都详细解释了几何创建、网格划分、设置和解决方案。在研讨会结束前进行后期处理。总结讲座包括研讨会，其中结果与流体力学不同书籍中的研究文章或理论进行比较。在整个课程中，我们将使用带有 FLUENT 分析系统的 ANSYS Workbench。对于 CAD，我们将使用 ANSYS DesignModeler。对于网格生成，我们将使用 ANSYS Meshing Tool。ANSYS FLUENT 将用于建立和求解案例模型。CFD Post 将用于结果的后处理。需要时使用 Microsoft Excel。为每个研讨会提供 wbpz 格式的工作台文件。生成的结果也以压缩文件的形式提供给学生，供学生自己重做研讨会并比较结果。所涵盖的 ANSYS 组件包括 WorkbenchDesignModelerMeshingFLEUNTCFD 帖子学生将学习如何在 DesignModeler 中创建几何图形如何使用网格工具创建最佳网格设置两个稳定FLUENT中的状态和瞬态问题在CFD PostAssignments中生成可呈现的结果鼓励学生将在研讨会中解决的问题作为作业重做。如果在作业中遇到任何问题，欢迎学生提出问题。其他课程详细信息在整个课程中使用的版本是 ANSYS 2021 R2。视频短小精悍，节省您宝贵的时间，让您多练习。重复的步骤快速推进，以最快的方式专注于技能发展。课程是关于使用 FLUENT 执行 CFD。这些概念将根据本课程的范围进行详细解释。研讨会期间选择的选项具有与 CFD 相关的理论背景，并在 FLUENT 文档中进行了解释。课程将根据学生的反馈定期更新为新的研讨会。

Last updated 6/2022
MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz
Language: English | Size: 883.83 MB | Duration: 2h 9m

Performing different flow simulations using ANSYS FLUENT using workbench, detailed explanations and results comparisons

What you’ll learn
CFD with ANSYS FLUENT
Design Modeler to create Geometries
ANSYS Meshing Tool
Setting up and solving any problem in FLUENT
Using CFD Post to generate results to be used further.
Requirements
Basic Microsoft Excel knowledge
Basics of Fluid Mechanics
Basic/Little knowledge of CFD
ANSYS 2021 R2 installed in your computer
Previous ANSYS versions can be used
Description
This course is intended for beginners in CFD. The course is ideal for anyone who want to learn how to use CFD using ANSYS FLUENT. First section includes the introductory lectures for Workbench, DesignModeler, and ANSYS Meshing. The next sections include the workshops. Each workshop is explained in detail followed by the geometry creation, meshing, setup and solution. Post processing is performed before concluding the workshop. The conclusion lecture is included for workshops where the results are compared with research articles or theory in different books of Fluid Mechanics.Throughout this course, we would be using ANSYS Workbench with FLUENT Analysis system. For CAD, we will use ANSYS DesignModeler. For Grid Generation, we will use ANSYS Meshing Tool. ANSYS FLUENT would be used to set up and solve the case model. CFD Post would be used for post processing of results. Microsoft Excel is used where required.The workbench files are provided for each workshop in wbpz format. The results generated are also provided in a compressed file for students to redo the workshops on their own and compare the results.ANSYS Components covered areWorkbenchDesignModelerMeshingFLEUNTCFD PostWhat Students will learnHow to create a geometry in DesignModelerHow to create an optimum mesh using Meshing toolSetting up the both steady state and transient problems in FLUENTGenerating presentable results in CFD PostAssignmentsStudents are encouraged to redo the problems solved in the workshops as an assignment.If any problems are faced during assignments, students are most welcome to ask questions.Additional Course detailsThe version used here throughout the course is ANSYS 2021 R2.The videos are kept short and to the point, to save your precious time and let you practice more.The repetitive steps are fast forwarded to focus on the skill development in quickest way possible.The course is about performing CFD using FLUENT. The concepts are explained in detail according to the scope of this course. The options selected during workshops have theoretical background related to CFD and are explained in FLUENT Documentation.The course would be updated regularly with new workshops considering the students feedback.

Overview

Section 1: Introduction

Lecture 1 1.1 Course Preview

Lecture 2 1.2 Course Introduction

Lecture 3 1.3 Introduction to ANSYS Workbench

Lecture 4 1.4 Introduction to ANSYS DesignModeler

Lecture 5 1.5 Introduction to ANSYS Meshing

Section 2: Workshop 1 (Flow Inside a Pipe)

Lecture 6 2.1 Problem Description and Geometry Simplification

Lecture 7 2.2 Geometry Creation

Lecture 8 2.3 Meshing

Lecture 9 2.4 FLUENT Setup

Lecture 10 2.5 Post Processing

Lecture 11 2.6 Geometry and Mesh

Lecture 12 2.7 FLUENT Setup

Lecture 13 2.8 Post Processing

Lecture 14 2.9 Conclusion

Section 3: Workshop 2 (DE LAVAL Nozzle)

Lecture 15 3.1 Problem Description and Geometry Simplification

Lecture 16 3.2 Geometry Creation

Lecture 17 3.3 Meshing

Lecture 18 3.4 FLUENT Setup

Lecture 19 3.5 Post Processing

Lecture 20 3.6 Conclusion

Section 4: Workshop 3 ( Oil Drop Under Gravity)

Lecture 21 4.1 Problem Description and Geometry Simplification

Lecture 22 4.2 Creating Geometry

Lecture 23 4.3 Meshing

Lecture 24 4.4 FLUENT Setup

Lecture 25 4.5 Post Processing

Section 5: Workshop 4 (Flow Distribution)

Lecture 26 5.1 Problem Description and Geometry Simplification

Lecture 27 5.2 Geometry Creation

Lecture 28 5.3 Meshing

Lecture 29 5.4 FLUENT Setup

Lecture 30 5.5 Design Points (Parameter Settings)

Lecture 31 5.6 Post Processing

Lecture 32 5.7 Conclusion

Section 6: Flow Levelling

Lecture 33 6.1 Problem Description and Geometry Simplification

Lecture 34 6.2 Geometry Creation

Lecture 35 6.3 Meshing

Lecture 36 6.4 FLUENT Setup

Lecture 37 6.5 Post Processing

Lecture 38 6.6 Conclusion

Engineering Students,Beginners in CFD,Designers interested in learning ANSYS FLUENT using Workbench,Instructors and researchers