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    • Successful manufacturing requires mastery of a critical body of knowledge that includes essential concepts in applied mathematics, measurement and inspection, safety, and quality/lean.

    • Materials are very important to manufacturing and determine how well your application performs. Today, options include metals, ceramics, plastics, and composites, to name a few.

    • Machining best practices are specific to either the task or the device. For grinding, metal-cutting, or work holding, many tools can be used to complete the task.

    • Every workplace requires an understanding of the essential safety practices and topics that help employees to avoid potential hazards.

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  • Materials

    This course is designed for the student who has little or no prior experience with composite materials and processes. It is also an excellent refresher for those who have some experience in this area.

    Classes Overview

2090 - Heat Treatment of Steel - 17 Lessons

2090 - 01 - Defining Heat Treatment

2090 - 01 - Defining Heat Treatment

2090 - 02 - Knowing the Phases of Steel

2090 - 02 - Knowing the Phases of Steel

2090 - 03 - Understanding the Effects of Carbon Content

2090 - 03 - Understanding the Effects of Carbon Content

2090 - 04 - What are Hypoeutectoid and Hypereutectoid Steels?

2090 - 04 - What are Hypoeutectoid and Hypereutectoid Steels?

2090 - 05 - When Does Pearlite Form?

2090 - 05 - When Does Pearlite Form?

2090 - 06 - Creating Bainite

2090 - 06 - Creating Bainite

2090 - 07 - Creating Martensite

2090 - 07 - Creating Martensite

2090 - 08 - The Process of Annealing

2090 - 08 - The Process of Annealing

2090 - 09 - The Different Processes of Annealing

2090 - 09 - The Different Processes of Annealing

2090 - 10 - Understanding Normalizing

2090 - 10 - Understanding Normalizing

2090 - 11 - Using Quenching

2090 - 11 - Using Quenching

2090 - 12 - Tempering Martensite

2090 - 12 - Tempering Martensite

2090 - 13 - Combination of Heat Treatment Steps

2090 - 13 - Combination of Heat Treatment Steps

2090 - 14 - Understanding Hardenability

2090 - 14 - Understanding Hardenability

2090 - 15 - Knowing the Types of Furnaces

2090 - 15 - Knowing the Types of Furnaces

2090 - 16 - Utilizing Surface Hardening

2090 - 16 - Utilizing Surface Hardening

2090 - 17 - Lesson Summary

2090 - 17 - Lesson Summary

2080 - Overview of Exotic Metals - 13 Lessons

2080 - 01 - What are Exotic Alloys?

2080 - 01 - What are Exotic Alloys?

2080 - 02 - Understanding Exotic Alloys & Superalloys

2080 - 02 - Understanding Exotic Alloys & Superalloys

2080 - 03 - Knowing the Properties of Exotic Metals & Superalloys

2080 - 03 - Knowing the Properties of Exotic Metals & Superalloys

2080 - 04 - Applications of Exotic Metals & Superalloys

2080 - 04 - Applications of Exotic Metals & Superalloys

2080 - 05 - Properties of Iron-Based Superalloys

2080 - 05 - Properties of Iron-Based Superalloys

2080 - 06 - Properties of Nickel-Based Superalloys

2080 - 06 - Properties of Nickel-Based Superalloys

2080 - 07 - Varieties of Nickel-Based Superalloys

2080 - 07 - Varieties of Nickel-Based Superalloys

2080 - 08 - Cobalt-Based Superalloys: Strength, Versatility, and Application

2080 - 08 - Cobalt-Based Superalloys: Strength, Versatility, and Application

2080 - 09 - What is Titanium?

2080 - 09 - What is Titanium?

2080 - 10 - What is Tantalum?

2080 - 10 - What is Tantalum?

2080 - 11 - Understanding Other Exotic Metals

2080 - 11 - Understanding Other Exotic Metals

2080 - 12 - Analyzing Industry Trends

2080 - 12 - Analyzing Industry Trends

2080 - 13 - Summary

2080 - 13 - Summary

2010 - Intro to Materials - 18 Lessons

2010 - 01 - Materials in the Present

2010 - 01 - Materials in the Present

2010 - 02 - The Definition of Properties

2010 - 02 - The Definition of Properties

2010 - 03 - Types of Materials

2010 - 03 - Types of Materials

2010 - 04 - Characteristics of Metals

2010 - 04 - Characteristics of Metals

2010 - 05 - What are Alloy Metals

2010 - 05 - What are Alloy Metals

2010 - 06 - Differences Between Ferrous and Non-Ferrous Metals

2010 - 06 - Differences Between Ferrous and Non-Ferrous Metals

2010 - 07 - Ferrous Metal Application

2010 - 07 - Ferrous Metal Application

2010 - 08 - Classifying Steel

2010 - 08 - Classifying Steel

2010 - 09 - Uses of Stainless Steels and Tool Steels

2010 - 09 - Uses of Stainless Steels and Tool Steels

2010 - 10 - Characteristics of Plastics

2010 - 10 - Characteristics of Plastics

2010 - 11 - Utilizing Plastics

2010 - 11 - Utilizing Plastics

2010 - 12 - Characteristics of Ceramics

2010 - 12 - Characteristics of Ceramics

2010 - 13 - Utilizing Ceramics

2010 - 13 - Utilizing Ceramics

2010 - 14 - Characteristics of Composites

2010 - 14 - Characteristics of Composites

2010 - 15 - Utilizing Composites

2010 - 15 - Utilizing Composites

2010 - 16 - The Purchasing of Materials

2010 - 16 - The Purchasing of Materials

2010 - 17 - Possibilities of Materials

2010 - 17 - Possibilities of Materials

2010 - 18 - Lesson Summary

2010 - 18 - Lesson Summary

2060 - How To Classify Metals - 12 Lessons

2060 - 01 - Why Steel is so Important

2060 - 01 - Why Steel is so Important

2060 - 02 - The Importance of Classifying Metals

2060 - 02 - The Importance of Classifying Metals

2060 - 03 - The Differences Between Metals

2060 - 03 - The Differences Between Metals

2060 - 04 - Institutions to Know

2060 - 04 - Institutions to Know

2060 - 05 - Carbon Steel

2060 - 05 - Carbon Steel

2060 - 06 - Carbon Steel Classification

2060 - 06 - Carbon Steel Classification

2060 - 07 - Plain Carbon Steel

2060 - 07 - Plain Carbon Steel

2060 - 08 - Alloy Steels

2060 - 08 - Alloy Steels

2060 - 09 - Varieties of Steel

2060 - 09 - Varieties of Steel

2060 - 10 - Non-ferrous Metals

2060 - 10 - Non-ferrous Metals

2060 - 11 - When Identification Gets Tough

2060 - 11 - When Identification Gets Tough

2060 - 12 - Summary

2060 - 12 - Summary

2070 - Non-ferrous Metals and Alloys - 13 Lessons

2070 - 01 - Non-Ferrous Metals Today

2070 - 01 - Non-Ferrous Metals Today

2070 - 02 - What is an Alloy?

2070 - 02 - What is an Alloy?

2070 - 03 - Characteristics of Aluminum

2070 - 03 - Characteristics of Aluminum

2070 - 04 - Types of Aluminum Alloys

2070 - 04 - Types of Aluminum Alloys

2070 - 05 - Characteristics of Copper

2070 - 05 - Characteristics of Copper

2070 - 06 - Copper Alloys

2070 - 06 - Copper Alloys

2070 - 07 - Titanium Alloys

2070 - 07 - Titanium Alloys

2070 - 08 - Magnesium Alloys

2070 - 08 - Magnesium Alloys

2070 - 09 - Nickel & Zinc Alloys

2070 - 09 - Nickel & Zinc Alloys

2070 - 10 - Lead & Tin

2070 - 10 - Lead & Tin

2070 - 11 - Superalloys

2070 - 11 - Superalloys

2070 - 12 - Selecting the Best Alloy

2070 - 12 - Selecting the Best Alloy

2070 - 13 - Summary

2070 - 13 - Summary

2040 - Physical Properties of Metals - 10 Lessons

2040 - 01 - Defining Physical Properties

2040 - 01 - Defining Physical Properties

2040 - 02 - What is Mass and Weight

2040 - 02 - What is Mass and Weight

2040 - 03 - Defining Density

2040 - 03 - Defining Density

2040 - 04 - Finding Melting Points

2040 - 04 - Finding Melting Points

2040 - 05 - Examining Specific Heat

2040 - 05 - Examining Specific Heat

2040 - 06 - Understanding Thermal Conductivity

2040 - 06 - Understanding Thermal Conductivity

2040 - 07 - What is Thermal Expansion

2040 - 07 - What is Thermal Expansion

2040 - 08 - About Electrical Conductivity

2040 - 08 - About Electrical Conductivity

2040 - 09 - Defining Corrosion and Degradation Resistance

2040 - 09 - Defining Corrosion and Degradation Resistance

2040 - 10 - Summary

2040 - 10 - Summary

2030 - Mechanical Properties of Metals - 11 Lessons

2030 - 01 - How Important are Metal Properties?

2030 - 01 - How Important are Metal Properties?

2030 - 02 - The Origin of Mechanical Properties

2030 - 02 - The Origin of Mechanical Properties

2030 - 03 -Stress & Strain

2030 - 03 -Stress & Strain

2030 - 04 - What is the Elastic Region?

2030 - 04 - What is the Elastic Region?

2030 - 05 - The Plastic Region

2030 - 05 - The Plastic Region

2030 - 06 - Types of Strength

2030 - 06 - Types of Strength

2030 - 07 - What is Ductility?

2030 - 07 - What is Ductility?

2030 - 08 - Figuring Out Toughness

2030 - 08 - Figuring Out Toughness

2030 - 09 - Discovering Hardness

2030 - 09 - Discovering Hardness

2030 - 10 - Safety Factor

2030 - 10 - Safety Factor

2030 - 11 - Summary

2030 - 11 - Summary

2020 - Structure of Metals - 14 Lessons

2020 - 01 - How Important is Structure

2020 - 01 - How Important is Structure

2020 - 02 - The Atom

2020 - 02 - The Atom

2020 - 03 - Valence Electrons

2020 - 03 - Valence Electrons

2020 - 04 - The Periodic Table

2020 - 04 - The Periodic Table

2020 - 05 - The Interaction Between Elements

2020 - 05 - The Interaction Between Elements

2020 - 06 - Ionic and Covalent Bonds

2020 - 06 - Ionic and Covalent Bonds

2020 - 07 - Metallic Bonds

2020 - 07 - Metallic Bonds

2020 - 08 - Molecular Bonding

2020 - 08 - Molecular Bonding

2020 - 09 - Crystal Formations in Metals

2020 - 09 - Crystal Formations in Metals

2020 - 10 - Different Crystal Structures

2020 - 10 - Different Crystal Structures

2020 - 11 - Effects of Crystal Structure

2020 - 11 - Effects of Crystal Structure

2020 - 12 - Crystal Growth

2020 - 12 - Crystal Growth

2020 - 13 - Grains and Strength

2020 - 13 - Grains and Strength

2020 - 14 - Summary

2020 - 14 - Summary

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