Aircraft Metallic materials

Course Introduction Template

Course Name: Aircraft Metallic materials

Aircraft Materials - AE20DM3001V0

Course Duration – 6hrs

Course Overview

• Know about important material parameters
• Detailed understanding on stress-strain diagram
• To know about importance of material fracture
• Knowledge about different types of fatigue
• To know about different stages of creep failure
• Knowledge about applications of precious metals
• Explicitly understand about refractory metals
• Know about different classification of steel based on carbon content
• Detailed understanding about ferrous aircraft metal alloys
• Know about ferrous alloy nomenclatures
• Knowledge about ferrite, martensite, austenitic and super austenitic steels
• Applications of ferrous alloy on aircraft
• Knowledge about non-ferrous aircraft metals
• Explicitly understand properties of aluminum and its classification
• Know about different classifications of titanium
• Detailed understanding of copper and its alloys
• Know about types of nickel alloys and its aircraft applications
• Knowledge about applications of cobalt in aircraft
• Appraise the advantages of super alloys

Course Structure:

• Lesson 1: Material Properties
• Lesson 2: Ferrous and Precious Metals
• Lesson 2: Non-Ferrous Alloys

Pre-requisite:   Mechanical/Aeronautical/Automobile Engineer

Training Method: Instruction based

Course Validity: 90 days from the date of enrolment

Downloadable Exercises: NA

Recommended Practice Hours: NA