Metallurgy courses
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The document provides information about metallurgy courses taught by an instructor named K. Sevugarajan. It summarizes the instructor's educational and professional background in materials science and metallurgy. It then lists and provides brief descriptions of the course topics, including basic metallurgy, heat treatment, failure analysis, selection of materials, metallurgical testing, and others. It also outlines sample course contents for some of the topics in more detail. Finally, it shows a table matching different industry types with recommended course packages of relevant duration.
Metallurgy courses
- 2. Course trainer K.Sevugarajan B.E(Metallurgy) from PSG College of Technology, Coimbatore, India, a premier institution and M.S (Material science ) from University of Turin and University Of Rennes, Europe. He has more than 8 years experience in Automobile industries (Renault -Nissan), ferrous forging and auto-ancillary industries, having held positions Specialist in material selection, testing, failure analysis, process qualification, heat treatment and surface engineering. Proven tracked record in Supplier-Product development and Technology development with DMRL (Defense Metallurgical Research Lab.) & International labs. He published the article in international journal “Investigation on the thermoelectric properties of nanostructured Cr1_xTixSi2, Journal of Solid State Chemistry, Volume 199 (2013) pages 90–95.”
- 3. • Basis Metallurgy • Heat treatment • Failure analysis • Selection of materials • Metallurgical testing • Engineering materials • Surface engineering • Castings and Forgings defects Training Courses
- 4. • History • Materials science • Classification of materials • Applications • Advanced materials • Metallurgy processes (Castings, Forgings, Powder Metallurgy, Welding etc,..) Basic Metallurgy- Course content
- 5. • Principles • Heat treatment type • Steel heat treatment • Surface hardening • Microstructure and property of treated parts • Heat treatment furnaces • Calibration of furnaces • Other materials heat treatment Heat treatment-Course content
- 6. • Principles • Types of failures • Failure modes • How to conduct failure analysis • Analyze data • Materials • Manufacturing process • Report preparation • Failures examples Failure analysis-Course content
- 7. • Materials selection process • Needs for new / alternate materials • Materials selections factor • Effect of materials property • Concept in design • Types of materials • Property vs. materials Selection of materials-Course content
- 8. • Classification of testing • Importance of testing • Destructive testing • Non destructive testing • Chemical testing • Mechanical testing • Metallographic testing • Other testing Metallurgical testing-Course content
- 9. Engineering materials-Course content • Classification of materials • Steel • Cast-iron • Non ferrous alloys • Composite materials • Polymer • Applications
- 10. • Applications • Surface hardening • Coatings • Cleaning • Surface treatment • Issues in surface engineering • Surface property Surface engineering-Course content
- 11. • Principles • Manufacturing process • Types of casting defect • Cause • Types of Forging defect • Cause • Detection method • CA & PA Castings and Forgings defects -Course content
- 12. Training Need vs. Industry type S. No Industry / group Course package Duration 1. Part manufacturing All topic 2 days Basic Metallurgy, Heat treatment, Selection of materials and Failure analysis 1 day 2. Forging / casting / Heat treatment industry Basic Metallurgy, Heat treatment, Casting and forgings defect and Metallurgical testing 1 day 3. Design engineer Basic Metallurgy, Engineering materials, Selection of materials and Heat treatment 1 day 4. QA / Product development engineer Basic Metallurgy, Engineering materials, Metallurgical testing and Failure analysis 1 day 5. All Customer requirement 1 / 2days
- 13. Thank You !