Materials Processing | Materials Science and Engineering | MIT OpenCourseWare

Course Info

Instructor

Prof. Chris Schuh

Departments

Materials Science and Engineering

As Taught In

Spring 2013

Level

Undergraduate

Topics

Engineering
- Chemical Engineering
  - Transport Processes
- Materials Science and Engineering

Learning Resource Types

Exam Solutions

Exams

Lecture Notes

Problem Set Solutions

Problem Sets

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Lecture Notes

Transient heat conduction solutions

Lecture 1 What is materials processing

Lecture 2 Heat conduction

Lecture 3 Heat transfer processes

Lecture 4 Biot number

Lecture 5 Glass fibers and thermal spray

Lecture 6 Hot rolling steel

Lecture 7 Friction welding, radiation

Lecture 8 Solidification

Lecture 9 Casting, molds, single-crystal production

Lecture 10 Binary solidification

Lecture 11 Zone refining

Lecture 13 Fluid flow

Lecture 13 Fluid flow

Lecture 14 Flow with body forces, intro to glass production

Lecture 15 Pilkington glass processes

Lecture 16 Navier-Stokes equation, Reynolds number

Lecture 18 Newtonian and non-Newtonian flow

Lecture 19 More on Newtonian and non-Newtonian flow

Lecture 20 Blow molding, compressive forming, powder processing, sintering, slurry processing

Lecture 21 Colloid processing, slurry settling/casting

Lecture 22 Intro to steel making, fluid flow and solidification analysis

Lecture 23 Steel solidification, steel factory design, electronics manufacturing

Course Info

Instructor

Prof. Chris Schuh

Departments

Materials Science and Engineering

As Taught In

Spring 2013

Level

Undergraduate

Topics

Engineering
- Chemical Engineering
  - Transport Processes
- Materials Science and Engineering

Learning Resource Types

Exam Solutions

Exams

Lecture Notes

Problem Set Solutions

Problem Sets

Download Course

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