Material Failure Criteria for FE-solvers Users

Material Failure Criteria for FE-solvers Users, available at Free, has an average rating of 4.5, with 6 lectures, based on 34 reviews, and has 1414 subscribers.

You will learn about Theories of elastic failure for design problems Forming limit diagram Evaluation of metal forming process based on FLD Nakajima test and ISO12004 Formability chart in FE-solvers This course is ideal for individuals who are Mechanical design students or Designers of metal forming processes or Researchers in the fied of modeling and simulation of metal forming processes It is particularly useful for Mechanical design students or Designers of metal forming processes or Researchers in the fied of modeling and simulation of metal forming processes.

Enroll now: Material Failure Criteria for FE-solvers Users

Summary

Title: Material Failure Criteria for FE-solvers Users

Price: Free

Average Rating: 4.5

Number of Lectures: 6

Number of Published Lectures: 6

Number of Curriculum Items: 6

Number of Published Curriculum Objects: 6

Original Price: Free

Quality Status: approved

Status: Live

What You Will Learn

Theories of elastic failure for design problems

Forming limit diagram

Evaluation of metal forming process based on FLD

Nakajima test and ISO12004

Formability chart in FE-solvers

Who Should Attend

Mechanical design students

Designers of metal forming processes

Researchers in the fied of modeling and simulation of metal forming processes

Target Audiences

Mechanical design students

Designers of metal forming processes

Researchers in the fied of modeling and simulation of metal forming processes

This course introduces a comprehensive discussion for material failure criteria
The course consists of six lectures.
The course is thought to be helpful for those who uses FE-solvers for the simulation of various metal forming processes.

The theoretical background is combined with practical implementation by the end of the course.
[Lec1 and Lec2]: Stress strain curve, true and engineering data, various types of stresses, and theories of elastic failure.
[Lec3 to Lec6]: Forming limit diagram, major and minor strain, Nakajima test, ISO12004, data interpretation, Application on deep drawing process simulation on Lsdyna.

Through those lectures, the failure criteria suitable for each case is introduced.

As one of the targets of this course is to qualify the attendees to be professional users for simulation software, the last lecture focuses on how the forming limit diagram can be used to evaluate a deep drawing process simulated on one of the famous FE-solvers which is Lsdyna. Other graphs such as formability and triaxility are introduced.

Useful material is attached with each lecture for students to help them to cope with the recording.
The course in general is integrated to our course in Udemy titles “Mechanical design a comprehensive course” and also “Ansys explicit dynamics course”, which is prepared to be in English soon.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Theories of Elastic Failure

Lecture 3: Forming Limit Diagram-Theory

Lecture 4: How to obtain the FLD for a specific material?

Lecture 5: Nakajima Test-Data Interpretetion

Lecture 6: Application-Testing a Deep Drawing Process based on FLD in Lsdyna

Instructors

Amr Shaaban
Assistant professor at Mechanical Engineering dept, ASU

Rating Distribution

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2 stars: 0 votes

3 stars: 2 votes

4 stars: 10 votes

5 stars: 22 votes

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