Fundamentals Of Steel Heat Treating

The Basics of Heat Treatment: Processes, Terminology, Equipment, and Science

What you'll learn

Overview of heat treating processes, terminology, equipment, and concepts

High-level chemical and metallurgical concepts

Overview of mechanical properties

Effects of carbon on mechanical properties

How mechanical properties and enhanced through heat treating

Fundamentals of heat transfer

Basics of quench and tempering, annealing, normalizing, and case hardening

Basics of furnace designs, types, and quench medias

Introduction to the Iron-Carbon Phase Diagram

Requirements

A basic understanding of manufacturing and materials

Description

Nearly every product made from metal – from simple fasteners to complex structural elements to airplane parts – has undergone some sort of heat treatment process. After all, the mechanical properties needed from a component like strength, hardness, ductility, or corrosion resistance, can rarely be achieved through material selection alone. Choosing the right material selection is only the first step. Engineering and metallurgists then need to apply the appropriate heat treatment processes to that material to achieve their desired results.So if you are just getting involved with heat treatment processes, the design or manufacturing of steel components, or the purchasing of heat treated components, then this is the class for you!!In this course, Fundamentals of Steel Heat Treating, licensed professional engineer and metallurgy instructor, Garry Pace, will share with you the basic concepts of heat treatment. And this course starts at the BASICS … no obscure terminology or chemistry to wade through.You will learn:The basics of steel metallurgyFundamentals of heat transferThe major types of heat treatment like annealing, quenching, tempering, normalizing and case hardeningHow carbon affects the ability of a steel to be heat treatedHow time and temperature interact to heat treat a partAn overview of mechanical propertiesHow heat treatment can help achieve those propertiesThe major furnace typesThe major quench media typesAnd tons of practical insightAnd in addition to the wealth of knowledge this course offers, you also get:Lifetime access to all course materialsA Certificate of Completion showing your name, the course title, and length of courseQ&A access with the instructors through the Udemy platformSo if you're looking for a high-quality, low-cost way to understand the basics of heat treatment, then this is the class for you. SIGN UP TODAY!!!

Overview

Section 1: Introduction

Lecture 1 Introduction to the Course

Lecture 2 Overview of the Course Contents

Lecture 3 Overview of Metallurgy, Pt 2

Lecture 4 Overview of Metallurgy, Pt 2

Lecture 5 Fundamentals of Heat Transfer

Lecture 6 Time Versus Temperature

Lecture 7 Key Vocabulary Terms

Lecture 8 The Effects of Carbon on Mechanical Properties, Pt 1

Lecture 9 The Effects of Carbon on Mechanical Properties, Pt 2

Lecture 10 Upper Critical Temperature

Lecture 11 Quenching and Tempering, Pt 1

Lecture 12 Quenching and Tempering, Pt 2

Lecture 13 Normalizing and Annealing

Lecture 14 Case Hardening

Lecture 15 Furnace Types

Lecture 16 Quench Media

Lecture 17 Mechanical Properties

Lecture 18 Conclusion to the Course

Lecture 19 Bonus Lecture

Manufacturing professionals,Purchasing, Inventory, and Supply chain professionals,Quality Technicians, Process technicians,Industrial, Manufacturing, and Plant engineers,Manufacturing managers, Quality managers, Engineering managers