Material Science and Engineering

Description

When a steel is produced, it will undergo some process. Depending upon this process, properties of steel will change. You will obtain different properties by applying different heat treatment process. So, I've started to share information about mechanical properties of material like yield strength, ultimate tensile strength, modulus of elasticity, ductility. What is hardness and how can we measure hardness of material? In the last of first part, I've talked about type of material (Ferrous metallic material, non-ferrous metallic material, ceramics and plastics). In second part, this course will help you to understand heat treatment process. You'll learn how you can use iron carbon equlibrium and TTT (Time-Temperature-Transformation) diagram. And finally, I've talked about type of heat treatment process.

I hope to see you in this course! Lean back and understand all detials of material science!

What You Will Learn!

• We've started with "Tensile Test".
• You will learn mechanical properties of material.
• This course contents information about several types of test machine. (Hardness measure test, non-destructive test, fatigue test...)
• You will able to comment about which metal is avaible for some condition.
• Phase diagram (iron-carbon equilibrium, TTT) will help you in order to obtain required properties on steel after heat treatment process.
• And this course contents type of heat treatment process. (Annealing, Normallizing, Hardening (Quenching) and Surface Hardening)

Who Should Attend!

• Engineering Students and Engineer (Engineering Department of Mechanical, Material, Chemistry, Industrial)

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