ANSYS Workbench Tutorials Part-V

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Samanwita Bagg

7:46:27

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1. Design in ANSYS Workbench

1. Exhaust Valve.mp4

08:29

2. Wash Basin.mp4

06:30

3. Disc Brake Rotor Design-I.mp4

08:58

4. Disc Brake Rotor Design-II.mp4

11:26

5. Piston Ring.mp4

05:32

6. E Clip.mp4

09:32

7. External Retaining Ring.mp4

08:32

8. Internal Retaining Ring.mp4

08:04

9. Piston or Gudgeon or Wrist Pin.mp4

03:49

2. Static Structural Analysis

1. Hydrostatic Pressure on Curved Surface.mp4

22:28

2.1 Link for Material Properties Allocation.docx

2. Exhaust Valve.mp4

10:25

3.1 Link for Data of Material Used in Analysis.docx

3. Wash Basin.mp4

12:36

4. Disc Brake Rotor Design-I.mp4

07:32

5. Disc Brake Rotor Design-II.mp4

08:17

6. Piston Head.mp4

11:18

7. Piston Ring.mp4

10:06

8.1 Link for Geometry of Snap Ring.html

8.2 Link for Material Allocation of Snap Ring.docx

8. Snap Ring.mp4

10:24

9.1 Link of Piston Assembly Model.html

9. Piston Assembly.mp4

08:49

10.1 Link for Gudgeon Pin Model.html

10. Piston or Gudgeon or Wrist Pin.mp4

09:14

3. Steady- State Thermal Analysis

1.1 Link for Material Properties Allocation.docx

1. Exhaust Valve.mp4

11:54

2.1 Link for Data of Material Used in Analysis.docx

2. Wash Basin.mp4

07:34

3. Disc Brake Rotor Design-I.mp4

09:07

4. Disc Brake Rotor Design-II.mp4

12:39

5. Piston Head.mp4

08:35

6. Piston Ring.mp4

06:46

7. Connecting Rod.mp4

08:43

8.1 Link for Geometry of Snap Ring.html

8.2 Link for Material Allocation of Snap Ring.docx

8. Snap Ring.mp4

08:36

9. Piston Assembly.mp4

09:17

10.1 Link for Gudgeon Pin Model.html

10. Piston or Gudgeon or Wrist Pin.mp4

05:10

4. Thermal-Structural Coupled Analysis

1. Disc Brake Rotor.mp4

07:28

2.1 Link for Geometry Download.html

2. Piston Head.mp4

12:34

3.1 Link for Geometry of Snap Ring.html

3.2 Link for Material Allocation of Snap Ring.docx

3. Snap Ring.mp4

11:19

4. Piston Assembly.mp4

11:02

5. Modal Analysis

1. Exhaust Valve.mp4

07:45

2. Disc Brake Rotor Design-I.mp4

12:33

3. Disc Brake Rotor Design-II.mp4

08:12

4. Connecting Rod.mp4

13:01

5. Piston Ring.mp4

08:44

6. Piston Head.mp4

12:39

7.1 Link for Geometry of Snap Ring.html

7.2 Link for Material Allocation of Snap Ring.docx

7. Snap Ring.mp4

08:04

8. Piston Assembly.mp4

08:41

9. Piston or Gudgeon or Wrist Pin.mp4

10:57

6. Buckling Analysis

1. Connecting Rod.mp4

11:21

7. Transient Thermal Analysis

1. Disc Brake Rotor.mp4

14:19

2. Piston Head.mp4

10:31

3. Piston Assembly.mp4

10:20

4.1 Link for Gudgeon Pin Model.html

4. Piston or Gudgeon or Wrist Pin.mp4

08:40

8. Topology Optimisation

1. Disc Brake Rotor.mp4

07:55

9. Bonus Resource

1.1 Link for Geometries Created.html

1. Link for Geometries.html

Description

Learn simulation and analysis of various components using ANSYS Workbench

What You'll Learn?

Design in ANSYS Workbench
Static Structural Analysis
Steady-State Thermal Analysis
Thermal-Structural Coupled Analysis
Modal Analysis
Buckling Analysis
Transient Thermal Analysis
Topology Optimization

Who is this for?

Designers

Engineering Students(Undergraduate, Master and Ph.D.)

Consultants

What You Need to Know?

Basics knowledge of Engineering subjects

Knowledge of numerical method of FEA

More details

Description
This course is the fifth part of the lecture series on ANSYS Workbench software. It takes you through various modules of ANSYS Workbench like Design in ANSYS Workbench, Static Structural, Steady-State Thermal, Thermal-Structural Coupled, Modal, Buckling, Transient Thermal and Topology Optimization Analysis. Various numerical are solved to explain various concepts and features of the software and for practice so that expertise can be gained in handling the software.
We start with Design in ANSYS Workbench which explains how to draw basic geometry using Design Modeler.
Second section deals with Static Structural Analysis.Â Here we analyze in ANSYS Workbench like Exhaust Valve, Wash Basin, Disc Brake Rotor Design I and II, Piston Head, Piston Ring, Snap Ring, Piston Assembly and Gudgeon Pin.
Third section is all about the Steady-State Thermal Analysis. Various numericals are solved for like Exhaust Valve, Wash Basin, Disc Brake Rotor Design I and II, Piston Head, Piston Ring, Connecting Rod, Snap Ring, Piston Assembly and Gudgeon Pin.
Fourth section deals with Thermal-Structural Coupled Analysis of Disc Brake Rotor, Piston Head, Snap Ring and Piston Assembly. The procedure for solving such type of problem is explained.
Fifth section deals with Modal Analysis of Exhaust Valve, Wash Basin, Disc Brake Rotor Design I and II, Piston Head, Piston Ring, Snap Ring, Connecting Rod and Gudgeon Pin.
Sixth section deals with Buckling Analysis of Connecting Rod.
Seventh section deals with Transient Thermal Analysis of Disc Brake Rotor, Piston Head and Gudgeon Pin.
Last section deals with Topology Optimisation of Disc Brake Rotor.
Basic version of this course is available in the previous part of this series ANSYS Workbench Tutorials. Advanced version of the courses are also available namely, Advanced Structural Analysis, ANSYS Workbench Tutorials Part-II, ANSYS Workbench Tutorials Part-III and ANSYS Workbench Tutorials Part-IV. Join those course to learn the basic concepts of these modules and more.
Who this course is for:
Designers
Engineering Students(Undergraduate, Master and Ph.D.)
Consultants

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ANSYS

Samanwita Bagg

Instructor's Courses

Hello everyone,My name is Samanwita Bagg. I am a Post Graduate in Mechanical Engineering. I have a teaching experience of 12 years. I am currently working as an Assistant Professor in an engineering college in India in Mechanical Department. I am currently pursuing Ph.D. (Mechanical). I teach subjects like Strength of Materials, Fluid Mechanics, Finite Element Analysis, Heat Transfer, Dynamics of Machinery and Operations Research. I train students in ANSYS and SOLIDWORKS.

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