Failure Analysis of Metal Fractures
Learn how to perform failure analysis on a metal fracture
The purpose of a metallurgical examination of cracked and fractured metal components and joints is to determine the fracture mode and fracture mechanism and determine whether the microstructure, composition, and strength or hardness met the requirements for the application. This lesson teaches the different steps of a metallurgical failure analysis, the equipment used, the data obtained, and how to differentiate between different fracture modes for a metal fracture.
If you’re ever involved with failure analysis of fractured or cracked metal components or joints, and want to understand the metallurgical evaluation part of the process, then this lesson is for you. The concepts you’ll learn will enable you to:
- Better participate in a metallurgical failure analysis for a metal fracture.
- Better understand failure analysis reports.
This lesson is 45 minutes long.
What you will learn about failure analysis
- The steps for metallurgical failure analysis of fractured and cracked components and joints.
- Four common fracture modes and their appearance.
- How to relate fracture surface appearance to the fracture mode.
- How to identify crack origin and crack growth direction.
- Common analysis techniques used for failure analysis and the data produced.
Four real-life failures will be used as case studies. Also, there are problems for you to answer to give you opportunities to apply the concepts taught.
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