ENGR 220, Statics and Mechanics of Materials
Schedule of Topics
Fall Quarter, 2003
Class Date Reading Topic
1 W - Nov 28 Ch 1 and 2 Overview
of Syllabus Concurrent force Systems
2 F - Nov 30 Ch 3 Equilibrium
of Concurrent Force Systems
3 M - Dec 3 4.1 - 4.2 Axial
Loading,
4 W
- Dec 5 4.4 - 4.5 Displacement,
Deformation and Strain, Stress and Strain Relationships
5 F - Dec 7 4.7 Deformation
of Axially Loaded Members, LAB - Analysis of Glued Joints
6 M - Dec 10 4.10, 5.1 - 5.2 Design
Loads, Working Stresses and Factor of Safety, Moments
7 W - Dec 12 5.7 - 5.8 Center
of Gravity and Center of Mass, Centroids, TESTING OF
GLUED JOINTS
8 F - Dec 14 5.9 - 5.10 Centroids of Composite Bodies, Distributed Loads on
Structural Members
9 M - Dec 17 6.1 - 6.3 Equilibrium
of Rigid Bodies, Free Body Diagrams, Equilibrium in 2D
Design
Project Initiation (4 students per team)
10 W - Dec 19 Exam 1
11 F - Jan 4 6.4 Frames and Machines, LAB REPORT DUE
12 M - Jan 7 6.6 Plane Trusses: Method
of Joints
13 W - Jan 9 6.6 Plane Trusses: Method
of Sections
14 F - Jan 11 7.1
- 7.3 Torsional
Stresses
15 M - Jan 14 7.4 Torsional
Displacements
16 W - Jan 16 7.6
- 7.7 Power Transmission
17 F - Jan 18 8.6 Shear Forces and
Bending Moments in Beams
18 W - Jan 23 Exam 2
19 F - Jan 25 Free
Class Period to Work on Design Project and Presentations
20 M - Jan 28 Design
Reports Due, Presentation of Design Projects
(PowerPoint
presentations are due to your instructor at
Testing of
Trusses in Class
21 W - Jan 30 8.7 Shear and Bending
Moment Diagrams
22 F - Feb 1 8.1
- 8.3, 8.5 Flexural Normal
Stresses (simple cross sections)
23 M - Feb 4 8.4
- 8.5 Flexural Normal
Stresses (more complex cross sections)
24 W - Feb 6 8.8 Shearing Stresses in
Beams
25 F - Feb 8 8.9 Design of Beams
26 F - Feb 15 9.1
- 9.3, 9.6 Beam Deflection by
Superposition
27 M - Feb 18 10.13 Thin Walled Pressure
Vessels
28 W - Feb 20 Notes Stress Concentrations
(Axial, Torsion, Bending)
29 F - Feb 22 Notes Course Review and Wrap-up
30 M - Feb 25 Exam 3 - Comprehensive