Material Science and Engineering

Material Science and Engineering, available at $34.99, has an average rating of 3.45, with 38 lectures, based on 73 reviews, and has 320 subscribers.

You will learn about 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) This course is ideal for individuals who are Engineering Students and Engineer (Engineering Department of Mechanical, Material, Chemistry, Industrial) It is particularly useful for Engineering Students and Engineer (Engineering Department of Mechanical, Material, Chemistry, Industrial).

Enroll now: Material Science and Engineering

Summary

Title: Material Science and Engineering

Price: $34.99

Average Rating: 3.45

Number of Lectures: 38

Number of Published Lectures: 38

Number of Curriculum Items: 38

Number of Published Curriculum Objects: 38

Original Price: ₺319.99

Quality Status: approved

Status: Live

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)

Target Audiences

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

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!

Course Curriculum

Chapter 1: Mechanical Properties

Lecture 1: Introduction

Lecture 2: Tensile Test

Lecture 3: Ductility and Brittleness

Lecture 4: Review

Chapter 2: Hardness

Lecture 1: Hardness

Lecture 2: Hardness Test Method

Chapter 3: Dynamic and Creep Properties

Lecture 1: Dynamic Properties

Lecture 2: Impact Test

Lecture 3: Metal Fatigue

Lecture 4: Creep Properties

Chapter 4: Non-Destructive Test Method

Lecture 1: Non-Destructive Test Method-1

Lecture 2: Non-Destructive Test Method-2

Chapter 5: Engineering Materials

Lecture 1: Engineering Materials

Lecture 2: Plain Carbon Steel

Lecture 3: Alloy Steel

Lecture 4: Stainless Steel

Lecture 5: Nonferrous Metal

Lecture 6: Refractory Metal

Lecture 7: Plastic and Ceramic

Chapter 6: Corrosion

Lecture 1: Corrosion

Lecture 2: Review

Chapter 7: Heat Treatment

Lecture 1: Introduction

Lecture 2: Iron-Carbon Equilibrium Diagram

Lecture 3: Heating and Cooling

Lecture 4: TTT Diagram

Lecture 5: Example

Chapter 8: Hardenability

Lecture 1: Hardenability

Lecture 2: Jominy Test

Chapter 9: Annealing Process

Lecture 1: Type of Heat Treatment

Lecture 2: Spheroidizing Annealing

Lecture 3: Recrystallization Annealing

Lecture 4: Stress Relief Annealing

Lecture 5: Full Annealing

Lecture 6: Normalizing

Chapter 10: Hardening Process

Lecture 1: Hardening Process

Lecture 2: Cooling Process

Lecture 3: Cooling Media

Chapter 11: Tempering

Lecture 1: Tempering Process

Instructors

Sahin Kaymak
Makine Mühendisi

Rating Distribution

1 stars: 2 votes
2 stars: 5 votes
3 stars: 21 votes
4 stars: 19 votes
5 stars: 26 votes

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