Arizona State University - Crystal Structures and Properties of Metals
- Offered byCoursera
Crystal Structures and Properties of Metals at Coursera Overview
Duration | 26 hours |
Start from | Start Now |
Total fee | Free |
Mode of learning | Online |
Official Website | Explore Free Course |
Credential | Certificate |
Crystal Structures and Properties of Metals at Coursera Highlights
- Earn a Certificate upon completion
Crystal Structures and Properties of Metals at Coursera Course details
- In this course, we will present atomic bonding and its relation to crystal structure and physical properties
- There will be an introduction to planes and Miller Indices. We will discuss the principal planes in the cubic system
- Their common crystallographic defects will be shown and discussed
- Finally, the tensile test will be used to extract various materials parameters
Crystal Structures and Properties of Metals at Coursera Curriculum
Crystal Structures, Mechanical Properties of Metals, Tensile Testing and Failures
Mini Course #2 Introduction Video
Module 1: Crystal Structures
Crystal Structure, Part 1
Crystal Structure, Part 2
Planes in Unit Cells, Part 1
Planes in Unit Cells, Part 2
Planes in Unit Cells, Part 3
Crystal-Plane Orientations, Crystal-Growth and Deformation
Introduction to Materials Science, Chapter 5, Crystal Structure II - Index Directions
Crystal-Plane Orientations, Crystal-Growth and Deformation
Introduction to Materials Science, Chapter 5, Crystal Structure II - Index Directions
Crystal Planar Packing Factors and Densities
Introduction to Materials Science, Chapter 6, Crystal Structure III - Index Planes
Crystal Slip Systems and Deformation
Introduction to Materials Science, Chapter 6, Crystal Structure III - Index Planes
Crystal Structures III - Index Planes Quiz
Module 2: Crystal Structures
Crystal Structure, Part 4
Crystal Structure, Part 5
Crystal Structure, Part 6
Crystal Structure, Part 7
Crystal Defects
Introduction to Materials Science, Chapter 6, Crystal Structure III - Index Planes
Dimensionality of Crystal Defects
Introduction to Materials Science, Chapter 6, Crystal Structure III - Index Planes
Crystal Point Defects
Introduction to Materials Science, Chapter 6, Crystal Structure III - Index Planes
Solubility in Substitutional Solids
Introduction to Materials Science, Chapter 7, Crystal Structure IV - Defects
Crystal Structure IV - Defects Quiz
Module 3: Mechanical Properties
Mechanical Properties, Part 1
Mechanical Properties, Part 2
Mechanical Properties, Part 3
Tensile Testing, Part 1
Tensile Testing, Part 2
Tensile Testing, Part 3
Mechanical Properties for Engineering Design
Introduction to Materials Science, Chapter 8, Mechanical Properties I - Tensile Tests
Mechanical Properties for Engineering Design
Introduction to Materials Science, Chapter 8, Mechanical Properties I - Tensile Tests
Stress-Strain Curves and Mechanisms
Introduction to Materials Science, Chapter 8, Mechanical Properties I - Tensile Tests
Elastic Deformation of Materials
Introduction to Materials Science, Chapter 8, Mechanical Properties I - Tensile Tests
Mechanical Properties I - Tensile Tests - Quiz
Module 4: Mechanical Properties
Mechanical Properties, Part 1
Mechanical Properties, Part 2
Mechanical Properties, Part 3
Mechanical Properties, Part 4
Failure, Part 1
Failure, Part 2
Failure, Part 3
Course Review
Mechanical Properties and Materials Failure
Introduction to Materials Science, Chapter 8, Mechanical Properties I - Tensile Tests
Mechanical Properties and Materials Failure
Introduction to Materials Science, Chapter 8, Mechanical Properties I - Tensile Tests
Creep Failure in Metals
Introduction to Materials Science, Chapter 8, Mechanical Properties I - Tensile Tests
Mechanical Properties II - Environment & Failure Quiz
Crystal Structures and Properties of Metals at Coursera Admission Process
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