Metal Failure Analysis (On Demand)
Course Type:
Self Study
Course Number:
EL615Credits:
Language:
Advance your engineering skills with our self-paced Metal Failure Analysis course and in-depth overview of metallurgical evaluation techniques.
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This Self Study course is designed to be taken at your convenience and on your own schedule. You have 365 days from the time of purchase to finish the course.
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This course provides an in-depth overview of metallurgical evaluation techniques used in metal failure analysis, focusing on identifying the root causes of fractures, corrosion damage, and manufacturing defects. Participants will learn the failure analysis process, explore how data is collected and interpreted, and apply these techniques to real-world cases involving fractured and corroded components, as well as quality control issues in manufacturing.
By participating in this course, you will learn how to successfully:
- Explain how failure analysis data and conclusions are used to help identify the root cause of component failures and manufacturing quality problems.
- Describe commonly used metallurgical analyses tools, how samples are prepared, how analyses are performed, and the data obtained.
- Describe the background information needed when performing a failure analysis.
- Explain how to select, collect, handle, and prepare samples for failure analysis.
- Identify fracture mode for four common types of fracture surface features.
- Demonstrate how to determine failure mode and failure mechanism.
- Plan a failure analysis for component failures and manufacturing quality problems.
Who should attend?
This course is designed for design, quality, and manufacturing engineers involved with failure analysis of failed components and manufacturing quality problems.
Course Materials (included in purchase of course)
Digital course notes via ASME s Learning Hub
Supplemental Course Materials (not included with course, purchase separately)
Course participants are expected to have:
- A computer and internet access.
A Certificate of Completion will be issued to registrants who successfully complete the course by achieving a passing score of 70% or higher on the final exam.
Failure and Root Cause Analysis.
- Purpose of metallurgical failure analysis, situations when metallurgical failure analysis is required, and how failure analysis relates to root cause analysis.
Failure Analysis Process
- Steps of a failure analysis, background information needed for failure analysis, photography of samples, and samples to collect for a failure analysis.
Analysis Techniques Introduction
- List of metallurgical analysis techniques.
Visual and Stereo Zoom Examination
- Visual and stereo zoom microscope examination and data obtained. Sample cleaning and cutting.
Non-destructive Testing.
- Non-destructive tests and the obtained data.
Scanning Electron Microscopy
- How a scanning electron microscope works, data obtained, and sample requirements.
Metallography
- How metallography is performed, sample preparation for metallography, and data obtained from metallographic examination.
Composition Analysis
- How five composition analysis techniques are performed, data obtained, and sample requirements.
Mechanical Testing
- How tensile, hardness, and microhardness testing are performed, sample requirements and preparation, and data obtained.
Fracture Failure Analysis
- How to collect, handle, and prepare fractured and cracked samples for failure analysis. Fracture mode and fracture mechanisms.
Fracture Case Studies
- Case studies of fracture failures that include knowledge checks for learners to apply metal failure analysis knowledge.
Corrosion Failure Analysis
- Seven common corrosion mechanisms. Uses of metallurgical analysis techniques for corrosion failure analysis
Corrosion Case Studies
- Case studies of corrosion failures that include knowledge checks for learners to apply metal failure analysis knowledge.
Manufacturing Failure Analysis Steps and Case Studies
- Case studies of manufacturing quality problems that include knowledge checks for learners to apply metal failure analysis knowledge.
Review
Final Exam
Michael J. Pfeifer, Ph.D, P.E.
Industrial Metallurgists, President
Dr. Michael J. Pfeifer is a seasoned metallurgical engineer and president of Industrial Metallurgists, LLC, where he leads engineering consulting efforts in product design, manufacturing process development, quality improvement, and failure analysis.
More Information
Self Study
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