Industry Oriented Program on Structural Analysis Using Ansys

Industry Oriented Program on Structural Analysis Using Ansys, available at $34.99, has an average rating of 3.45, with 61 lectures, based on 54 reviews, and has 235 subscribers.

You will learn about Finite Element Analysis Finite Element Method Structural Analysis Thermal Analysis Fatigue Analysis Modal Analysis Coupled Analysis Meshing Ansys Engineering Mechanics Strength of Material Design Standards This course is ideal for individuals who are Mechanical Engineers or Aeronautical Engineers or Aerospace Engineers or Automotive Engineers It is particularly useful for Mechanical Engineers or Aeronautical Engineers or Aerospace Engineers or Automotive Engineers.

Enroll now: Industry Oriented Program on Structural Analysis Using Ansys

Summary

Title: Industry Oriented Program on Structural Analysis Using Ansys

Price: $34.99

Average Rating: 3.45

Number of Lectures: 61

Number of Published Lectures: 61

Number of Curriculum Items: 64

Number of Published Curriculum Objects: 64

Original Price: ?7,900

Quality Status: approved

Status: Live

What You Will Learn

Finite Element Analysis

Finite Element Method

Structural Analysis

Thermal Analysis

Fatigue Analysis

Modal Analysis

Coupled Analysis

Meshing

Ansys

Engineering Mechanics

Strength of Material

Design Standards

Who Should Attend

Mechanical Engineers

Aeronautical Engineers

Aerospace Engineers

Automotive Engineers

Target Audiences

Mechanical Engineers

Aeronautical Engineers

Aerospace Engineers

Automotive Engineers

Course Has been created to provide the FEA and FEM knowledge in the Industrial Level, This course has been created? exactly how the industry projects will be executed to produce Quality products to the Clients.

I am sure after taking this course with proper practice with the material provided in the course the students can execute the Operations as per the industry needs.

Industry methods has been followed while delivering the lectures to provide the industry working environment to the students and all necessary topics has been covered in this course to solve and perform a complete structural problem.

Syllabus

Pre Prepossessing

1. Introduction to Ansys

2. Introduction to FEM

3. Introduction to Ansys User Interface

4. Model Creation In Ansys

5. Different operations in Model Creation

6. Sketching

7. Constrains

8. Modelling

9. Planes Creation

10. Model De featuring

11. Geometry Idealization

12. Body Splitting

13. Body Slicing

14. Fillets

15. Chamfers

16. Holes

17. Slots

18. Geometry Import

19. Geometry Export

20. Taking Mid Surface

21. Geometry Combine

22. Default Shapes Available

23. Applying Different Materials

    Meshing

24. Introduction to Meshes

25. Different Element Shapes

26. 2D Mesh

27. 3D Mesh

28. Mapped Face Meshing

29. Structured Meshing

30. Un Structured Mesh

31. Advantages of Different Meshes

32. Mesh Layering

33. Mesh Size Control

34. Mesh Quality

35. Applying Loads

36. Different constrains

37. Choosing Different Outputs Needed

    Solving

38. Run The Setup

    Post Processing

39. Taking Different Out puts

40. Creating Animation

41. Results Interpretation

42. Creation Automatic Report

43. Grid Independent Study

44. Ansys Project Export

45. Ansys Project Management

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction to Ansys

Lecture 2: Introduction to Ansys_01

Lecture 3: Introduction to Ansys_02

Lecture 4: Introduction to Ansys_03

Lecture 5: Introduction to Ansys_04

Lecture 6: Introduction to Ansys_05

Chapter 2: Pre Processing-Modelling

Lecture 1: Starting with the Ansys

Lecture 2: Introduction to Design Modular

Lecture 3: SKETCHING

Lecture 4: Modify tools and Dimension

Lecture 5: Dimensions and Types

Lecture 6: Constrains

Lecture 7: Constrains and 3D Modelling

Lecture 8: Extruding

Lecture 9: Slot, Imprint faces and slicing

Lecture 10: Revolve and Revolve Cut

Lecture 11: Sweep

Lecture 12: Skin, Loft and Thickness face

Lecture 13: Slicing, Fillets and Chamfer

Lecture 14: Creating Patterns and Primitives

Lecture 15: Taking Cros section in Ansys

Lecture 16: Importing data Into Ansys

Chapter 3: Meshing

Lecture 1: Meshing Fundamentals

Lecture 2: Introduction to Mesher

Lecture 3: Structured and Unstructured Mesh

Lecture 4: Element Types

Lecture 5: Element Types_01

Lecture 6: 2D-Mesh

Lecture 7: Mesh Detail Window

Lecture 8: 3D-Mesh

Lecture 9: Mesh Controles

Lecture 10: Mesh Controls_1

Lecture 11: Mesh Metrics

Lecture 12: Advanced Mesh Functions

Lecture 13: Assembly Mesh

Lecture 14: Assembly Mesh_01

Chapter 4: Static Structural Analysis On IC Engine Piston Rod

Lecture 1: STATIC STRUCTURAL ANALYSIS_01

Lecture 2: STATIC STRUCTURAL ANALYSIS_02

Lecture 3: STATIC STRUCTURAL ANALYSIS_03

Lecture 4: STATIC STRUCTURAL ANALYSIS_04

Lecture 5: STATIC STRUCTURAL ANALYSIS_05

Lecture 6: STATIC STRUCTURAL ANALYSIS_06

Lecture 7: STATIC STRUCTURAL ANALYSIS_07

Lecture 8: STATIC STRUCTURAL ANALYSIS_08

Lecture 9: STATIC STRUCTURAL ANALYSIS_09

Lecture 10: STATIC STRUCTURAL ANALYSIS_10

Chapter 5: Modal Analysis On IC Engine Piston Rod

Lecture 1: MODEL ANALYSIS_01

Lecture 2: MODEL ANALYSIS_02

Lecture 3: MODEL ANALYSIS_03

Chapter 6: Thermal Analysis On IC Engine Piston

Lecture 1: Thermal Analysis_01

Lecture 2: Thermal Analysis_02

Lecture 3: Thermal Analysis_03

Lecture 4: Thermal Analysis_04

Lecture 5: Thermal Analysis_05

Lecture 6: Thermal Analysis_06

Lecture 7: Thermal Analysis_07

Lecture 8: Thermal Analysis_08

Chapter 7: Coupled Analysis

Lecture 1: Coupled Analysis_01

Lecture 2: Coupled Analysis_02

Chapter 8: Complimentary Lecture

Lecture 1: Product Development Methods as per the standards

Chapter 9: Interview Question and Answers

Lecture 1: Interview Question and Answers

Instructors

Ravi Shankar Reddy Thammaneni
Team Lead at SEG Automotive (Bosch)

Rating Distribution

1 stars: 7 votes

2 stars: 3 votes

3 stars: 17 votes

4 stars: 17 votes

5 stars: 10 votes

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