Mastering Turbomachinery CFD simulations with Ansys CFX

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1 - Introduction

1 - Course Introduction.mp4

01:25

2 - Introduction to Ansys CFX.mp4

04:55

3 - Course contents and workflow.mp4

02:54

2 - Axial compressor CFD analysis Rotor 37

4 - Chapter2-Download.zip

4 - Rotor 37 Case setup.mp4

21:04

5 - Rotor 37 post processing.mp4

13:57

3 - Multi stage axial compressor CFD analysis

6 - Chapter3-Download.zip

6 - Multi stage compressor pre processing.mp4

04:17

7 - Rotor stator interface.mp4

06:15

8 - Multi stage compressor pre processing contd.mp4

03:00

9 - Turbulence models.mp4

04:42

10 - CFD Solution and Post processing.mp4

06:04

4 - Design and analysis of axial fan stage

11 - Chapter4-Download.zip

11 - Design of axial fan stage.mp4

10:24

12 - Meshing and Pre processing axial fan stage.mp4

10:04

13 - Post processing CFD results.mp4

01:43

5 - Assignment 1

14 - CFD Analysis of rotor blade.mp4

00:48

14 - Chapter5-Download.zip

6 - Design and analysis of centrifugal compressor

15 - Design of centrifugal compressor.mp4

06:38

16 - Case setup and solution.mp4

05:20

7 - Analysis of centrifugal compressor with vane diffuser and volute

17 - Case introduction and workbench meshing.mp4

06:05

17 - Chapter7-Download.zip

18 - Pre processing centrifugal compressor.mp4

08:26

19 - Post processing centrifugal compressor.mp4

04:36

8 - Axial turbine stage analysis

20 - Axial turbine stage analysis.mp4

12:34

20 - Chapter8-Download.zip

9 - Wind turbine analysis

21 - Chapter9-Download.zip

21 - Wind turbine fluid domain creation.mp4

10:49

22 - Fluid domain meshing.mp4

06:40

23 - Case setup and solution.mp4

06:19

24 - Post processing results.mp4

04:06

10 - Hydroturbine simulation

25 - Chapter10-Download.zip

25 - Francis Turbine analysis.mp4

12:47

11 - Assignment 2

26 - Assignment 2 Problem.mp4

01:44

26 - Chapter11-Download.zip

27 - Assignment 2 Solution.mp4

09:38

12 - Parametric analysis of rotor 37

28 - Chapter12-Download.zip

28 - Compressor characteristics generation Rotor37.mp4

11:33

13 - Inlet profile boundary condition

29 - Chapter13-Download.zip

29 - Profile boundary condition method1.mp4

10:02

30 - Profile boundary condition method2.mp4

02:47

14 - Transient analysis

31 - Chapter14-Download.zip

31 - Introduction.mp4

03:51

32 - Transient analysis Profile transformation.mp4

16:20

33 - Transient analysis Time transformation.mp4

04:03

34 - Course Conclusion.mp4

00:31

Description

Unlock the Power of Turbomachinery CFD: Become a Pro with Ansys CFX!

What You'll Learn?

Perform challenging CFD simulations for turbomachinery applications
Model, mesh and analyze turbomachinery components using Ansys CFX software
Performance evaluation of turbomachinery components
Compare and validate analysis results with test data
Gain expertise in interpreting simulation results, visualizing flow patterns, and extracting critical performance metrics

Who is this for?

Engineers, researchers, and students with basic knowledge on turbomachinery components and interested in learning turbomachinery CFD simulations

What You Need to Know?

Basic understanding turbomachinery components and CFD

Ansys 2023 R1 or higher version installed.

More details

Description
Introduction: "Mastering Turbomachinery CFD Simulations with Ansys CFX" course is designed to help you gain the knowledge needed to navigate the intricate field of turbomachinery design and analysis with confidence. This course provides the complete fundamentals of CFD simulations for turbomachinery components using Ansys CFX.
Major part of course content includes demonstration of analysis for turbomachinery components like axial/centrifugal compressors, axial/radial turbines, pumps, hydro turbines, wind turbines, etc. Preliminary design methods using Ansys tools are also explained in few chapters. Advanced design methods and design tools are mostly used for real world turbomachinery problems and it is not covered in this course.
Basic mesh generation method is also specified in few chapters of this course. Complete course on mesh generation using Ansys Turbogrid is already available in Udemy. Two assignments are provided in this course for practicing Ansys CFX turbomachinery simulations. This will help to get hands on experience with the software.

What will I learn?
How to model, mesh and analyse turbomachinery components using Ansys CFX software.
Analysis of turbo components like axial/radial compressors, turbines, pumps, blowers, wind turbines, etc.
Setting the problem, specifying boundary conditions in CFX Preprocessor, solving the case in CFX solver and post processing in CFX Post processor.
Steady state and transient CFD simulations.
Performance evaluation of turbomachinery components.
Basic checks to be done and error handling methods in Ansys CFX.
By following the steps, students/professionals can quickly learn this software and use for real world problems.
Requirements
Basic understanding turbomachinery components and CFD
Ansys 2023 R1 or higher version installed.
Computer with at least 4GB RAM
Who this course is for:
Engineers, researchers, and students with basic knowledge on turbomachinery components and interested in learning turbomachinery CFD simulations

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Dear Student,Welcome to our Udemy Page!We are a passionate group of professionals dedicated to sharing our knowledge and expertise in Computer-Aided Engineering (CAE) tools with students and professionals worldwide.Who We Are:Our team consists of highly qualified and experienced aerospace and mechanical engineers, who have collectively amassed years of industry knowledge and hands-on experience. Our passion for engineering and teaching led us to create this platform, where we can share our expertise and help aspiring engineers achieve their goals.What We Offer:Comprehensive CAE Courses: Our meticulously crafted courses cover a wide range of CAE tools used in aerospace and mechanical engineering disciplines. From Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD) to Multibody Dynamics and Optimization, our courses are designed to cater to both beginners and seasoned professionals.Practical Hands-On Projects: Theory alone is not enough to master CAE tools. Therefore, we emphasize practical applications through hands-on projects. Students get the opportunity to work on real-world engineering challenges, applying the knowledge gained during the courses to build a solid foundation for their careers.Industry-Relevant Curriculum: Our courses are carefully curated to align with the latest trends and demands in the aerospace and mechanical engineering sectors. We continuously update our curriculum to ensure that our students stay ahead in the ever-evolving engineering landscape.Why Choose Us:Expertise and Experience: As practicing aerospace and mechanical engineers, we bring real-world insights and practical expertise into our teaching. We understand the challenges professionals face and are well-equipped to address them effectively.Top-Notch Instruction: Our instructors are not only experts in their fields but also passionate educators. They have a proven track record of delivering engaging and impactful learning experiences.Learning Flexibility: Whether you are a working professional or a student, our platform offers the flexibility to learn at your own pace and convenience. Access your courses from anywhere, anytime.Community and Collaboration: Join a vibrant community of learners and professionals, fostering collaboration and networking opportunities. Engage in discussions, share knowledge, and collaborate on projects.Join Us Today:As CAE tools continue to revolutionize the aerospace and mechanical engineering industries, there has never been a more opportune time to embark on this exciting journey. Join us on Udemy and unlock your potential in the world of CAE. Let us guide you towards mastering the tools and techniques that will shape the future of engineering. Enroll in our courses today and take a leap towards a brighter future in engineering.

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