
Chapter 1, Sections: 1.1
1.13 

Introduction and
review: stress 

Chapter 2, Sections: 2.12.7,
2.11  2.15: 

Review: strain,
material properties, and constitutive relations 
Chapter 2, Section: 2.8 

Rods: axial loading and
deformation 
Chapter 2, Section: 2.9 

Rods: statically
indeterminate 
Chapter 2, Sections:
2.10, 2.18 

Rods: thermal stress;
stress concentrations 
Chapter 3, Sections: 3.1
 3.5 

Shafts: torsion loading and deformation 
Chapter 3, Sections: 3.6 

Shafts: statically
indeterminate 
Chapter 3, Sections: 3.7
 3.8, 3.13 

Shafts: power; stress
concentration.; thinwalled 
Chapter 4, Sections: 4.1
 4.5, 4.13 

Beams: bending stress 
Review
for Exam #1. 


Chapter 4, Sections: 4.6 
4.7. 

Beams: composite beams;
stress concentration 
Chapter 5, Sections: 5.1 
5.2 

Beams: V and M diagrams
(formula) 
Chapter 5, Section: 5.3 

Beams: V and M diagrams
(graphical) 
Chapter 6, Sections: 6.1 
6.4 

Beams: shearing stress 
Chapter 6, Sections: 6.6 
6.7 

Beams: shear flow;
thinwalled 
Chapter 9, Sections: 9.1 
9.3 

Beams: deformation
(integration) 
Chapter 9, Sections: 9.5 
9.6 

Beams: deformation
(singularity) 
Chapter 9, Section: 9.5


Beams: statically
indeterminate 
Chapter 9, Sections: 9.7 
9.8 

Beams: deformation
(superposition) 
Review for Exam #2 


Chapter
7, Sections: 7.1  7.3 

Failure criteria:
stress transformation 
Chapter 7, Section: 7.4 

Failure criteria:
Mohr’s circle 
Chapter 7, Sections: 7.5 
7.6, 7.9 

Failure criteria:
multiaxial stress states 
Chapter
8, Section: 8.4 

Components: combined
loading 
Chapter
8, Section: 8.4 

Components: combined
loading 
Chapter
10, Sections: 10.1  10.3 

Columns: buckling
(pinned ends) 
Chapter
10, Section: 10.4 

Columns: buckling
(different ends) 
Advance
I 

Advanced topics in
mechanics 

Advance
II 

Advanced topics in
mechanics 