Become CAE Analyst with Abaqus Implicit Solver & Hypermesh

Become CAE Analyst with Abaqus Implicit Solver & Hypermesh, available at $59.99, has an average rating of 4.4, with 44 lectures, based on 98 reviews, and has 473 subscribers.

You will learn about Industrial workflow of CAE with ABAQUS Solver This course is ideal for individuals who are Mechanical Engineers or Automobile Engineers or Civil Engineers or CAE Enthusiast or Design Engineers It is particularly useful for Mechanical Engineers or Automobile Engineers or Civil Engineers or CAE Enthusiast or Design Engineers.

Enroll now: Become CAE Analyst with Abaqus Implicit Solver & Hypermesh

Summary

Title: Become CAE Analyst with Abaqus Implicit Solver & Hypermesh

Price: $59.99

Average Rating: 4.4

Number of Lectures: 44

Number of Published Lectures: 44

Number of Curriculum Items: 44

Number of Published Curriculum Objects: 44

Original Price: $199.99

Quality Status: approved

Status: Live

What You Will Learn

Industrial workflow of CAE with ABAQUS Solver

Who Should Attend

Mechanical Engineers
Automobile Engineers
Civil Engineers
CAE Enthusiast
Design Engineers

Target Audiences

Mechanical Engineers
Automobile Engineers
Civil Engineers
CAE Enthusiast
Design Engineers

******************* Course Structure ***************************

If you are beginner in CAE, I will highly recommend you to first complete my course:

On hypermesh : titled “Complete Altair Hypermesh & Optistruct Course”.

OR
On ANSA : titled “Complete Course on Preprocessing using ANSA” .

This course is intended for the people who are already working in CAE or for those who knows any preprocessing tools such as hypermesh or ansa.

Main theme of the course is Non-Linear analysis. Course takes you on step by step journey in which you will get deeper

understanding on working professionals uses Abaqus to solve physical problems. For most options along with the implementation their theory and repercussions of changing various parameters on results have been discussed in depth.

Below is the brief outline of the course and various modules involved in the course.

Theory of FEA/CAE
- Objective of this module is to get you familiar with FEA/CAE.
- Understanding problem solving techniques.
- How FEA works.
Abaqus & Hypermesh Overview
- Creating .inp File
- Abaqus RUN Command Line
- Postprocessing – Plate
File Structure in ABAQUS
- Node Keyword
- Element Keyword
- Property Keyword
- Material Keyword
- Deck Keywords
- .dat File
Streamlining our Workflow
- *NODE PRINT
- RBE2 Element
- *MONITOR
Non Linear Analysis
- Introduction -Types of Nonlinearity
- Geometric Non-Linearity
- Material Non-Linearity
- Conversion from engg to true stress strain
- *PLASTIC
- Bilinear Material Model
- Equivalent Plastic Strain (PEEQ)
- Why We Need Contacts
- Creating Groups
- Surface Interaction ( Friction Property)
- Dataline for Contact Pair,Friction,Surfaces
- Dataline to Guide Non-Linear Analysis
- Step, Increment and Iteration
- CSTRESS_3D_Element
- CSTRESS_2D_Element
- Master Slave Surface Selection – 01
- Master Slave Surface Selection – 02
- Node to Surface vs Surface to Surface

So Enroll now and start this exciting journey with me.

******************* Course Updates ***************************

1. Added section on theory of CAE .

Objective : this section will help beginners to understand concept explain in main body of course more easily. This section covers basic concepts related to CAE and FEA.

2.Added new video titled “Implicit vs Explicit”.

Course Curriculum

Chapter 1: Theory of CAE

Lecture 1: Product Lifecycle Management

Lecture 2: Degrees 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 and Steady vs Transient

Lecture 11: Types of Structural Analysis

Lecture 12: Types of Dynamic Analysis

Lecture 13: Implicit vs Explicit

Chapter 2: Abaqus & Hypermesh Overview

Lecture 1: Creating .inp File

Lecture 2: Abaqus RUN Command Line

Lecture 3: Postprocessing – Plate

Chapter 3: File Structure in ABAQUS

Lecture 1: Node Keyword

Lecture 2: Element Keyword

Lecture 3: Property Keyword

Lecture 4: Material Keyword

Lecture 5: Deck Keywords

Lecture 6: .dat File

Chapter 4: Streamlining our Workflow

Lecture 1: *NODE PRINT

Lecture 2: RBE2 Element

Lecture 3: *MONITOR

Chapter 5: Non Linear Analysis

Lecture 1: Introduction -Types of Non-linearity

Lecture 2: Geometric Non-Linearity

Lecture 3: Material Non-Linearity

Lecture 4: Conversion from engg to true stress strain

Lecture 5: *PLASTIC

Lecture 6: Bilinear Material Model

Lecture 7: Equivalent Plastic Strain (PEEQ)

Lecture 8: Why We Need Contacts

Lecture 9: Creating Groups

Lecture 10: Surface Interaction ( Friction Property)

Lecture 11: Dataline for Contact Pair,Friction,Surfaces

Lecture 12: Dataline to Guide Non-Linear Analysis

Lecture 13: Step, Increment and Iteration

Lecture 14: CSTRESS_3D_Element

Lecture 15: CSTRESS_2D_Element

Lecture 16: Master Slave Surface Selection – 01

Lecture 17: Master Slave Surface Selection – 02

Lecture 18: Node to Surface vs Surface to Surface

Chapter 6: Deck Preparation in ANSA

Lecture 1: Abaqus Deck Preparation : Example 01

Instructors

Orville Academy
CAE Engineer at reputed MNC

Rating Distribution

1 stars: 0 votes
2 stars: 0 votes
3 stars: 9 votes
4 stars: 35 votes
5 stars: 54 votes

Frequently Asked Questions

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You can view and review the lecture materials indefinitely, like an on-demand channel.

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