Manufacturing & Material Science

Manufacturing & Material Science, available at $49.99, has an average rating of 3.8, with 43 lectures, 5 quizzes, based on 33 reviews, and has 157 subscribers.

You will learn about Crystal systems, Bravais lattices, Miller indices, cell characteristics, BCC (Body centered cubic), FCC (Face centered cubic) and HCP (Hexagonal close packing). Point (both elemental and compound crystal's), Linear, Planar, and bulk defects. Grain formation, measurement of grain size, grain structure, deformation types and mechanism. Solid solution, phase diagram (Unary and Binary), eutectic microstructure, types of invariant reactions, Fe-C phase diagram, TTT diagram. Hardening, tempering, austempering, martempering, annealing, stress relieving, spheroidizing, normalizing, case hardening. Tensile strength, Impact strength, Fatigue strength, Creep and hardness testing (Brinell, Vicker's and Rockwell). Plain carbon steel, alloy steel, cast iron, non-ferrous materials This course is ideal for individuals who are Mechanical and civil engineering undergraduates and graduates. or Students preparing for academic or competitive examinations. or University students having Material science as one of their subjects. It is particularly useful for Mechanical and civil engineering undergraduates and graduates. or Students preparing for academic or competitive examinations. or University students having Material science as one of their subjects.

Enroll now: Manufacturing & Material Science

Summary

Title: Manufacturing & Material Science

Price: $49.99

Average Rating: 3.8

Number of Lectures: 43

Number of Quizzes: 5

Number of Published Lectures: 43

Number of Published Quizzes: 5

Number of Curriculum Items: 48

Number of Published Curriculum Objects: 48

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Crystal systems, Bravais lattices, Miller indices, cell characteristics, BCC (Body centered cubic), FCC (Face centered cubic) and HCP (Hexagonal close packing).
Point (both elemental and compound crystal's), Linear, Planar, and bulk defects.
Grain formation, measurement of grain size, grain structure, deformation types and mechanism.
Solid solution, phase diagram (Unary and Binary), eutectic microstructure, types of invariant reactions, Fe-C phase diagram, TTT diagram.
Hardening, tempering, austempering, martempering, annealing, stress relieving, spheroidizing, normalizing, case hardening.
Tensile strength, Impact strength, Fatigue strength, Creep and hardness testing (Brinell, Vicker's and Rockwell).
Plain carbon steel, alloy steel, cast iron, non-ferrous materials

Who Should Attend

Mechanical and civil engineering undergraduates and graduates.
Students preparing for academic or competitive examinations.
University students having Material science as one of their subjects.

Target Audiences

Mechanical and civil engineering undergraduates and graduates.
Students preparing for academic or competitive examinations.
University students having Material science as one of their subjects.

The course consists a comprehensive yet concise approach towards Material science/Engineering materials. Spanning around 40+ lectures yet completing in just around 3 Hours !!. Perfect for engineering students having one of their subject (out of the dozens others) as material science or engineering materials. Covered topics are listed below.

Atomic & crystal structures – Crystal systems, Bravais lattices, Miller indices, cell characteristics, BCC (Body centered cubic), FCC (Face centered cubic) and HCP (Hexagonal close packing) structures.
Crystal Imperfections – Point (both elemental and compound crystal’s), Linear, Planar, and bulk defects.
The grain theory – Grain formation, measurement of grain size, grain structure, deformation types and mechanism.
Multiphase structure – Solid solution, phase diagram (Unary and Binary), eutectic microstructure, types of invariant reactions, Fe-C phase, TTT diagram.
Heat treatment of steel (HTS) – Hardening, tempering, austempering, martempering, annealing, stress relieving, spheroidizing, normalizing, case hardening.
Mechanical properties of material – Tensile strength, Impact strength, Fatigue strength, Creep and hardness testing (Brinell, Vicker’s and Rockwell).
Engineering metals– Plain carbon steel, alloy steel, cast iron, non-ferrous materials.

Most suitable for – Mechanical and civil engineering undergraduates and graduates,Students preparing for academic or competitive (engineering)examinations,University students having Material science as one of their subjects.

PS – Please see the PREVIEW (FREE) lectures to know your adaptability with my accent.This course was recorded a while ago & my accent might trouble some students. However I have overcame my accent problems in my latest courses.

However on demand of many curious students, I have added very clear CAPTIONS (Subtitles) in the course so that you can read it from there if you can’t understand my accent.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Scope of the course

Chapter 2: Atomic and crystal structure

Lecture 1: Atomic structure

Lecture 2: Crystal structure

Lecture 3: Crystal system and miller indices

Lecture 4: Characteristics of cell

Lecture 5: BCC,FCC and HCP crystal structures

Chapter 3: Crystal Imperfections and Grain theory

Lecture 1: Point defects

Lecture 2: Linear defects

Lecture 3: Planar defects

Lecture 4: Bulk defects

Lecture 5: Effects of imperfections

Lecture 6: Grain formation

Lecture 7: Measurement of grain

Lecture 8: Grain structure

Lecture 9: Deformation types

Lecture 10: Stress-strain relationship

Lecture 11: Deformation mechanism

Chapter 4: Multiphase structures

Lecture 1: What is Phase?

Lecture 2: Solid solution

Lecture 3: Phase diagrams

Lecture 4: Unary phase diagram

Lecture 5: Binary phase diagram

Lecture 6: The eutectic microstructure

Lecture 7: List of invariant reactions

Lecture 8: The Fe-C phase

Lecture 9: Phase components

Lecture 10: Invariant reactions in Fe-C phase

Lecture 11: The TTT diagram

Chapter 5: Heat treatment of steel

Lecture 1: Hardening

Lecture 2: Tempering

Lecture 3: Annealing

Lecture 4: Normalizing

Lecture 5: Case hardening

Chapter 6: Mechanical properties of materials

Lecture 1: Tensile strength

Lecture 2: Impact strength

Lecture 3: Fatigue strength

Lecture 4: Creep

Lecture 5: Hardness testing

Chapter 7: Engineering Metals

Lecture 1: Plain carbon steels

Lecture 2: Alloy steels

Lecture 3: Cast Iron

Lecture 4: Non-ferrous materials

Lecture 5: BONUS Lecture

Instructors

J Aatish Rao
Mechanical engineering professional | AutoDesk Certified U&P

Rating Distribution

1 stars: 3 votes
2 stars: 3 votes
3 stars: 7 votes
4 stars: 12 votes
5 stars: 8 votes

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