Abaqus CAE- A Detailed Introduction to Structural Analysis

Abaqus CAE: A Detailed Introduction to Structural Analysis, available at $49.99, has an average rating of 4.5, with 98 lectures, based on 33 reviews, and has 178 subscribers.

You will learn about Prepare entire model setup in Abaqus CAE Independently perform static and dynamic analysis Co-relation of CAE results with manual calculations Review of results given by CAE software Linear and Non-Linear Analysis Perform different types of analysis on 1D, 2D and 3D elements This course is ideal for individuals who are Mechanical, Automobile and Aerospace Engineers or Anyone who wants to get into CAE or finite element analysis field It is particularly useful for Mechanical, Automobile and Aerospace Engineers or Anyone who wants to get into CAE or finite element analysis field.

Enroll now: Abaqus CAE: A Detailed Introduction to Structural Analysis

Summary

Title: Abaqus CAE: A Detailed Introduction to Structural Analysis

Price: $49.99

Average Rating: 4.5

Number of Lectures: 98

Number of Published Lectures: 98

Number of Curriculum Items: 98

Number of Published Curriculum Objects: 98

Original Price: ?799

Quality Status: approved

Status: Live

What You Will Learn

Prepare entire model setup in Abaqus CAE

Independently perform static and dynamic analysis

Co-relation of CAE results with manual calculations

Review of results given by CAE software

Linear and Non-Linear Analysis

Perform different types of analysis on 1D, 2D and 3D elements

Who Should Attend

Mechanical, Automobile and Aerospace Engineers

Anyone who wants to get into CAE or finite element analysis field

Target Audiences

Mechanical, Automobile and Aerospace Engineers

Anyone who wants to get into CAE or finite element analysis field

Course Overall Theme 

Hello Everyone, I welcome you all to the new course on Abaqus CAE in our orville academy’s library.

Center focus of the course is to make you familiar with static and dynamic analysis. Course Start with introduction to theoretical concepts which we need during the course, so even if you are beginner and don’t know from where to start, well this course is perfect place for you. Course has been divided to into multiple sectionswhich covers everything that you need to know to start working or execute project independently. Wherever possible, More attention was given to verifying the CAE solution with manual calculations. Various tips, tricks and industry insights are given during the course so user can align themselves with how people working in organization think or do things.

Course Structure 

Below is the detailed outline of the various topics covered in the course.

Section 1 : Theory of CAE/FEA

Product Lifecycle Management

Degree of Freedom

Methods to Solve Engineering Problem

Intuition of CAE Software’s/Tools

CAE and it’s Domains

Steps in FEA

FEA and Interpolation Function

Types of Numerical Methods

Types of Elements

Linear vs Non-Linear & Steady vs Transient

Types of Structural Analysis

Implicit vs Explicit Schemes in FEA

Section 2 : Introduction to ABAQUS CAE

Overview and Launching ABAQUS CAE

Graphical User Interface (GUI)

Interacting with Model

Understanding Overall Procedure : Model Setup, Solution and Visualization

1D Analysis Setup : Cantilever Beam

Typical Procedure : 2D Element

Typical Procedure : 3D Element

Revision : Analysis Setups 1D, 2D and 3D

Section 3 : Geometry Creation

Sketcher Options : Part-1 ,2,3

Sketcher Exercise : 1

Sketcher Exercise : 2

Sketcher Task : 1

Sketcher Task : 2

Creating Datum Features : Points, Axis, Plane and SYS

Section 4 : Linear Static Structural Analysis

Overview

Mesh Convergence : Part-1,2

Mesh Convergence : Exercise

Example : Pressure Load on U Shaped Bracket

Tips & Tricks : Saving Display Settings

Example : Beam Bracket

Section 5 : File Structure and Dictating Abaqus Jobs

Input File

.dat File

.msg File

.sta and Remaining Files

Output Formats in Abaqus

Performing Multistep Analysis

Section 6 : Buckling Analysis

Introduction to Buckling Analysis

Cases of Column Buckling Failure

Example Case 1 : Fixed – Free End

Example Case 2 : Pinned – Pinned End

Example Case 3 and Case 4 : Fixed – Pinned, Fixed-Fixed End

Example : Mobile Tower Buckling

Example : Spring Buckling

Section 7 : Non-Linear Analysis

Introduction to Non Linear Analysis

Controlling Non-Linear Analysis

Concept of Step, Increment and Iterations

Types of Geometric Non Linearities

Example : Geometric Non-Linearity

Example : Stress Stiffening

Theory : Material Non-Linearity

Example : Material Non -Linearity

Section 8 : Modal Analysis

Types of Dynamic Analysis

Overview of Modal Analysis and It’s Importance

Governing Equation : Modal Analysis

Example : Understanding Rigid Body Modes Part-1,2

Understanding Mechanism Modes

Avoiding Resonance : Example Plate

Mode Participation Factor and Effective Mass

Example Pre-Stress Modal Analysis : Plane Wing

Section 9 : Damping

Theory : Damping

Example : Spring Dashpot Damping

Section 10 : Harmonic Analysis

Theory of Harmonic Analysis

Example – 1 : Fixed Fixed Beam Part – 1

Example – 1 : L Shaped Bracket

Example – 3 : Guitar

Section 11: Explicit Analysis

Implicit vs Explicit Methods/Schemes/Analysis

Concept of Timestep : Part – 1,2

Course Curriculum

Chapter 1: Theory of CAE/FEA

Lecture 1: Product Lifecycle Management

Lecture 2: Degree of Freedom

Lecture 3: Methods to Solve Engineering Problem

Lecture 4: Intuition of CAE Software's/Tools

Lecture 5: CAE and it's Domains

Lecture 6: Steps in FEA

Lecture 7: FEA and Interpolation Function

Lecture 8: Types of Numerical Methods

Lecture 9: Types of Elements

Lecture 10: Linear vs Non-Linear & Steady vs Transient

Lecture 11: Types of Structural Analysis

Lecture 12: Implicit vs Explicit Schemes in FEA

Chapter 2: Introduction to ABAQUS CAE

Lecture 1: Overview and Launching ABAQUS CAE

Lecture 2: Graphical User Interface (GUI)

Lecture 3: Interacting with Model

Lecture 4: Understanding Overall Procedure : Model Setup, Solution and Visualization

Lecture 5: 1D Analysis Setup : Cantilever Beam

Lecture 6: Typical Procedure : 2D Element

Lecture 7: Typical Procedure : 3D Element

Lecture 8: Revision : Analysis Setups 1D, 2D and 3D

Chapter 3: Geometry Creation

Lecture 1: Sketcher Options : Part-1

Lecture 2: Sketcher Options : Part-2

Lecture 3: Sketcher Options : Part-3

Lecture 4: Sketcher Exercise : 1

Lecture 5: Sketcher Exercise : 2

Lecture 6: Creating Shapes : Part – 1

Lecture 7: Creating Shapes : Part – 2

Lecture 8: Creating Datum Features : Points, Axis, Plane and SYS

Chapter 4: Linear Static Structural Analysis

Lecture 1: Overview

Lecture 2: Mesh Convergence : Part-1

Lecture 3: Mesh Convergence : Part-2

Lecture 4: Mesh Convergence : Exercise

Lecture 5: Example : Pressure Load on U Shaped Bracket

Lecture 6: Tips & Tricks : Saving Display Settings

Lecture 7: Example : Beam Bracket

Chapter 5: File Structure and Dictating Abaqus Jobs

Lecture 1: Input File

Lecture 2: .dat File

Lecture 3: .msg File

Lecture 4: .sta and Remaining Files

Lecture 5: Output Formats in Abaqus

Chapter 6: Buckling Analysis

Lecture 1: Introduction to Buckling Analysis

Lecture 2: Cases of Column Buckling Failure

Lecture 3: Example Case 1 : Fixed – Free End

Lecture 4: Example Case 2 : Pinned – Pinned End

Lecture 5: Example Case 3 and Case 4 : Fixed – Pinned, Fixed-Fixed End

Lecture 6: Example : Mobile Tower Buckling

Lecture 7: Example : Spring Buckling

Chapter 7: Non-Linear Analysis

Lecture 1: Introduction to Non Linear Analysis

Lecture 2: Controlling Non-Linear Analysis

Lecture 3: Concept of Step, Increment and Iterations

Lecture 4: Types of Geometric Non Linearities

Lecture 5: Example : Stress Stiffening Simply Supported Beam

Lecture 6: Example : Geometric Non-Linearity

Lecture 7: Theory : Material Non-Linearity

Lecture 8: Example : Spring Plate

Lecture 9: Introduction To Contacts

Lecture 10: Procedure to Create Typical Contact

Lecture 11: Types of Contacts in ABAQUS

Lecture 12: Example : Contact Analysis Part – 1

Lecture 13: Example : Contact Analysis Part – 2

Chapter 8: Modal Analysis

Lecture 1: Overview of Modal Analysis and It's Importance

Lecture 2: Governing Equation : Modal Analysis

Lecture 3: Example : Understanding Rigid Body Modes Part-1

Lecture 4: Example : Understanding Rigid Body Modes Part-2

Lecture 5: Understanding Mechanism Modes

Lecture 6: Avoiding Resonance : Example Plate

Lecture 7: Mode Participation Factor and Effective Mass

Lecture 8: Example Pre-Stress Modal Analysis : Plane Wing

Chapter 9: Damping

Lecture 1: Theory : Damping

Lecture 2: Example : Spring Dashpot Damping

Chapter 10: Harmonic Analysis

Lecture 1: Theory of Harmonic Analysis

Lecture 2: Example – 1 : Fixed Fixed Beam Part – 1

Lecture 3: Example – 1 : Fixed Fixed Beam Part – 2

Lecture 4: Example – 1 : Fixed Fixed Beam Part – 3

Lecture 5: Example – 2 : L Shaped Bracket

Chapter 11: Explicit Analysis

Lecture 1: Concept of Timestep : Part – 1

Lecture 2: Concept of Timestep : Part – 2

Lecture 3: Example : Wave Propagation in BAR

Lecture 4: Effect of Mesh on Stable Time Increment

Lecture 5: Example : Pipe Impact

Lecture 6: Example : Cylinder Impact

Chapter 12: Project : Two Story Building

Lecture 1: Project Overview

Lecture 2: Modelling of Two Story Building

Lecture 3: Assigning Material, Property and Creating Mesh

Lecture 4: Setting Up a Deck For Static Analysis

Lecture 5: Post-Processing : Static Analysis

Lecture 6: Modal Analysis

Lecture 7: Design Proposals Based on Modal Analysis

Instructors

Orville Academy Plus
CAE Analyst at reputed MNC

Rating Distribution

1 stars: 0 votes

2 stars: 0 votes

3 stars: 4 votes

4 stars: 10 votes

5 stars: 19 votes

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