Main Profile

At A Glance

Materials and Materials Processing

This self-contained course presents a sampling of the fields of Materials Engineering and Materials Science. This course is intended primarily for engineering students who are not planning to major in either Materials Engineering or Materials Science. We will focus primarily on the concerns of thematerials engineer—the person interested in choosing materials to make a finished product. This selection is determined by compromises among material properties, ease of fabrication, and cost. In con...

Topics: Ceramics, General Engineering, Chemistry, Materials Science, Physics
Cost: Free

Contact

Materials and Materials Processing's Full Profile

Overview

Description

This self-contained course presents a sampling of the fields of Materials Engineering and Materials Science. This course is intended primarily for engineering students who are not planning to major in either Materials Engineering or Materials Science. We will focus primarily on the concerns of thematerials engineer—the person interested in choosing materials to make a finished product. This selection is determined by compromises among material properties, ease of fabrication, and cost. In contrast, thematerials scientistis concerned with understanding the relationships between material properties and the internal structure of a material—that is, atomic bonding, arrangements of atoms, grain structure, and other microscopically observable features. We leave most of these associations to advanced courses, which will use more chemistry and physics than needed for this course.The course is divided into four units:Unit 1: Ways That Materials Can Fail –What Can Go Wrong?Unit 2: Classes of Engineering Materials –What Do We Have?Unit 3: Comparison of Engineering Materials – ­Which Is Best?Unit 4: Processing of Materials –How Can We Shape It?In Unit 1, we will look at available handbook properties and laboratory test results that characterize a material’s strength or weakness to failure. We will concentrate on mechanical property failures, leaving electrical and other types of breakdown to other courses. Our concerns will be:Static, steady-state applied forces(Elastic Deformation)Ductile materials(Plastic Deformation)Brittle materials(Fast Fracture)Cyclic, vibration forces(Fatigue Failure)High temperature environments(Creep Deformation)Corrosive environments(Oxidation and Wet Corrosion)In Unit 2, we will identify four major classes of the tens of thousands of available materials:metals,polymers,ceramics, andcomposite materials. We will examine specific examples from each category.Unit 3 is a synthesis of the first two units. We will see the consequences of the numerical handbook values defined in Unit 1 in evaluating the materials in Unit 2.In Unit 4, we will look at how we process our materials to obtain the desired configurations for our products. Your study will include a look atcasting,mechanical forming,sintering, andjoining. Not all materials can be processed with all procedures.

Details

  • Days of the Week: Monday, Tuesday, Wednesday, Thursday, Friday, Saturday, Sunday
  • Level of Difficulty: All Levels
  • Size: One-on-One
  • Cost: Free
  • Institution: Saylor
  • Topics: Ceramics, General Engineering, Chemistry, Materials Science, Physics

Provider Overview

About Saylor: The mission of the Saylor Foundation is to make education freely available to all. Guided by the belief that technology has the potential to circumvent barriers that prevent many individuals from participating in traditional schooling models, the Foundation is committed to developing and advancing inventive and effective ways of harnessing technology in order to drive the cost of education down to zero

Latest Tweet

Saylor Offers Courses In: Science, Engineering, Art

Questions about Materials and Materials Processing

Want more info about Materials and Materials Processing? Get free advice from education experts and Noodle community members.

  • Answer