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Instructor:
Prof. W. Carter
Course Number:
RES.3-004
Departments:
Supplemental Resources
Topics:
Engineering
>
Materials Science and Engineering
Mathematics
>
Applied Mathematics
Mathematics
>
Computation
As Taught In:
Fall 2017
Level:
Undergraduate
Topics
Engineering
Materials Science and Engineering
Mathematics
Applied Mathematics
Computation
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theaters
AV special element video - Tutorial
theaters
AV special element video - Tutorial
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Visualizing Materials Science
Course Home
Overview
Student Projects by Year
2017 MIT Student Projects
2017 EPFL Student Projects
2015 MIT Student Projects
2012 MIT Student Projects
Student Projects by Topic
Crystallography and Structure
Energetics and Thermodynamics
Experimental Techniques
Heat and Mass Transfer
Mechanical Properties
Optical Properties
Quantum, Magnetic, and Electronic Properties
Hide Course Info
Hooke's Law in Cubic Solids
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Description
This video describes the behavior of springs using Hooke’s Law.
Courtesy MIT student.
Course Info
keyboard_arrow_right
Instructor:
Prof. W. Carter
Course Number:
RES.3-004
Departments:
Supplemental Resources
Topics:
Engineering
>
Materials Science and Engineering
Mathematics
>
Applied Mathematics
Mathematics
>
Computation
As Taught In:
Fall 2017
Level:
Undergraduate
Topics
Engineering
Materials Science and Engineering
Mathematics
Applied Mathematics
Computation
Course Features
theaters
AV special element video - Tutorial
theaters
AV special element video - Tutorial
group_work
Projects - Examples