*CHAPTER 2: axial stress and strain*

Negative Poisson's ratio

*CHAPTER 3: shear stress and strain*

Strains in rods

*CHAPTER 5: general states of stress and strain*

Linear superposition of strains

*CHAPTER 6: axial deformations*

Indeterminate rods

Indeterminate trusses

*CHAPTER 7: thermal strains*

Thermal strains and stresses

*CHAPTER 8: torsion: shear stress/strain and deformations*

Fundamental results for torsion in circular shafts

**CHAPTER 10: stresses in beams**

Shear stress in beams

*CHAPTER 11: beam deflections *

Beam deflections and boundary conditions

*CHAPTER 13: stress transformations*

Becoming familiar with Mohr's circle

Some Mohr's circle examples

*CHAPTER 14: combined states of stress*

Superposition of six sets of stress components

** CHAPTER 15: failure analysis**Failure boundaries and Mohr's circle

**CHAPTER 17: finite element methods**

Building the stiffness matrix and forcing vector

**CHAPTER 18: buckling**

Simple model for buckling