Search Continuum Mechanics Website

Introductory Mechanics

 home > introductory mechanics
Prev Up Next

Topics

stress

  1. Stress
  2. Strain
  3. Principal Stresses & Strains
  4. Hooke's Law

Summary

This chapter on introductory mechanics will review the basics of small strain linear elastic mechanics. All the complexities of finite deformations and rotations will be postponed until later. Nevertheless, this chapter is still relevant to structural analyses of aircraft, buildings, bridges, and most any other structure that operates in the small strain linear elastic regime.

Small strain mechanics represent the 1st order linearization of finite deformation nonlinear mechanics. Of course, small strain mechanics will not yield accurate quantitative predictions in nonlinear problems. But they can provide excellent qualitative insights and understanding of complex nonlinear processes.

The section begins with basic definitions of stress and strain, then moves to principal values, and concludes with Hooke's Law. Keep in mind that all topics covered here are in the context of small strains, deformations, displacements, rotations, etc.




Thank You

Thank you for visiting this webpage. Feel free to email me if you have questions.

Also, please consider visiting an advertiser above. Doing so helps to cover website hosting fees.

Bob McGinty
bmcginty@gmail.com


Entire Website - $12.95

For $12.95, you receive two formatted PDFs (the first for 8.5" x 11" pages, the second for tablets) of the entire website.

Click here to see a sample page in each of the two formats.

Email address to receive PDFs

Intro Mechanics Chapter - $1.99

For $1.99, you receive two formatted PDFs (the first for 8.5" x 11" pages, the second for tablets) of the mechanics chapter.

Click here to see a sample page in each of the two formats.

Email address to receive PDFs



   Copyright © 2012 by Bob McGinty