- Level Foundation
- Duration 16 hours
- Course by Arizona State University
-
Offered by
About
In this course, we will look at phase diagrams and how they are used to determine the state of the material as a function of temperature and composition. We will also investigate how the microstructure and materials properties can be manipulated as a function of temperature and composition. A special focus will be on the eutectic phase diagram.Modules
Course Introduction
1
Videos
- Mini Course #4 Introduction Video
1
Readings
- Specialization Overview
Module 1: Lesson 1, Solubility
1
Videos
- Solubility
2
Readings
- Lesson 1 Overview
- Introduction to Materials Science, Chapter 12, Phase Diagrams I -- Solubility & Eutectics
Module 1: Lesson 2, Solubility and Limits in Phase Diagrams, Part 1
1
Videos
- Phase Diagrams, Part 1
2
Readings
- Lesson 2 Overview
- Introduction to Materials Science, Chapter 12, Phase Diagrams I -- Solubility & Eutectics
Module 1: Lesson 3, Solubility and Limits in Phase Diagrams, Part 2
1
Assignment
- Phase Diagrams- Solubility Quiz
1
Discussions
- Solubility
1
Videos
- Phase Diagrams, Part 2
2
Readings
- Lesson 3 Overview
- Introduction to Materials Science, Chapter 12, Phase Diagrams I -- Solubility & Eutectics
Module 2: Lesson 1, Eutectic Phase Diagrams, Part 1
1
Videos
- Eutectic Phase Diagrams, Part 1
2
Readings
- Lesson 1 Overview
- Intro to Materials Science, Chapter 13, Phase Diagrams II -- Eutectics & Microstructure
Module 2: Lesson 2, Eutectic Phase Diagrams, Part 2
1
Discussions
- Eutectic Phase Diagrams
1
Videos
- Eutectic Phase Diagrams, Part 2
2
Readings
- Lesson 2 Overview
- Introduction to Materials Science, Chapter 13, Phase Diagrams II -- Eutectics & Microstructure
Module 3: Lesson 1, Eutectic Microstructures
1
Videos
- Eutectic Microstructures, Part 1
2
Readings
- Lesson 1 Overview
- Introduction to Materials Science, Chapter 13, Phase Diagrams II -- Eutectics & Microstructure
Module 3: Lesson 2, Eutectic Microstructures
1
Discussions
- Eutectic Microstructures
1
Videos
- Eutectic Microstructures, Part 2
2
Readings
- Lesson 2 Overview
- Introduction to Materials Science, Chapter 13, Phase Diagrams II -- Eutectics & Microstructure
Module 4: Lesson 1, Hypoeutectic and Hypereutectic Microstructures and Properties
1
Videos
- Eutectic Properties, Part 1
2
Readings
- Lesson 1 Overview
- Introduction to Materials Science, Chapter 13, Phase Diagrams II -- Eutectics & Microstructure
Module 4: Lesson 2, Effect of Microstructure on Mechanical Properties , Part 1
1
Discussions
- Eutectic Alloys
1
Videos
- Eutectic Properties, Part 2
2
Readings
- Lesson 2 Overview
- Introduction to Materials Science, Chapter 13, Phase Diagrams II -- Eutectics & Microstructure
Module 4: Lesson 3, Effect of Microstructure on Mechanical Properties, Part 2
1
Assignment
- Phase Diagrams II Eutectics Quiz
1
Peer Review
- Phase Diagrams
1
Discussions
- Eutectic Properties
2
Videos
- Eutectic Properties, Part 3
- Course Review
2
Readings
- Lesson 3 Overview
- Introduction to Materials Science, Chapter 13, Phase Diagrams II -- Eutectics & Microstructure
Auto Summary
Explore the fascinating world of phase diagrams with the "Phase Diagrams I & II" course, designed for those interested in Science and Engineering. Guided by expert instructors from Coursera, this foundational course delves into the intricacies of phase diagrams, teaching you how to use them to predict the state of materials based on temperature and composition. You will also learn how to manipulate microstructure and material properties through these variables, with a special emphasis on the eutectic phase diagram. Spanning 960 minutes of detailed content, the course offers comprehensive insights, making it ideal for learners seeking to build a strong foundational understanding. Available through a Starter subscription, this course caters to both beginners and those looking to refresh their knowledge in material sciences. Embark on this educational journey to master the essential concepts and applications of phase diagrams.
Terry Alford