WEEK 1:
Jan 9  11 


PreClass
Preparation 
InClass
Activity 
PostClass
Assignment 
Wednesday
Know class time and location

Course Syllabus
Syllabus
Activity
Preview and expectations of homework
 Practice Problems
 Checkpoints on MecMovies

Homework #1 
Friday
* Get familiar with MecMovies site
* Homework ready to turn in

Homework Debrief
Lecture 2  Statics Review
 FBD's
 HW Documentation
 Centroids
 Moment of Inertia
Units in Mechanics of Materials
Sample HW Documentation

Homework #2
Chp 1 Preview (temp)

WEEK 2:
Jan 14  18 


Monday
Read Philpot 1.11.2
* Introduction
* Normal Stress under Axial Loading 
Homework Debrief
HW Nomenclature
Textbook Alternatives
Study Groups
Engineering PS Documentation
Lecture 3  Normal Axial Stress and TwoBar Loading 
Homework #3 
Wednesday
Read Philpot 1.31.4
* Direct Shear Stress
* Bearing Stress

Homework Debrief
Lecture 4  Shear Stress and Bearing Stress

Homework #4
Chp 2 Preview (temp)

Friday
Read Philpot 2.12.2
* Displacement and Deformation
* Normal Strain 
Homework Debrief
Lecture 5  Normal strain in rods and pin assemblies

Homework #5

WEEK 3:
Jan 21  25 


Monday

NO CLASS
Martin Luther King Day


Wednesday
Read Philpot 2.32.4
* Shear Strain
* Thermal Strain

Homework Debrief
Questions about Quiz 1
Lecture 6  Shear and Thermal Strain

Homework #6
Chp 3 Preview (temp)

Friday
Read Philpot 3.13.2
* Tension Testing
* StressStrain Diagram 
Homework Debrief
InClass Quiz 1 (Chapter 1)
Lecture 7  Tensile Tests, and the StressStrain Diagram

Homework #7
Excel Data
for HW7.2

WEEK 4:
Jan 28  Feb 1 


Monday
Read Philpot 3.33.4
* Hooke's Law
* Poisson's Ratio

Homework Debrief
Lecture 8  Hooke's Law and Poisson's Ratio

Homework #8

Wednesday
Read Philpot 4.14.5
* Design Concepts
* Types of Loads
* Safety
* Allowable Stress Design
* Load and Resistance Factor Design

Homework Debrief
Lecture 9
 Design Safety

Homework #9

Friday
Read Philpot 5.15.4
* Axial Deformation
* SaintVenant's Principle
* Deformation  Axial Loading
 Single Bars
 System of Bars

Homework Debrief
InClass Quiz 2 (Chapters 23)
Lecture 10
 Axial Deformation

Homework #10

WEEK 5:
Feb 4  8 


Monday
Read Philpot 5.55.7
* Statically Indeterminate Problems
* Thermal Effects
* Stress Concentrations 
Homework Debrief
Lecture 11
 Axial Deformation of statically determinate and indeterminate
assemblies
TK Solver (Inclass
Example)

Homework #11
TK Solver
HW11 (zip)

Wednesday
Review Philpot 1.15.7
* Preparing for Exam

Homework Debrief
Exam Prep

No HW#12 (prep for the exam)

Friday
Study Hard
Get Good Sleep
Bring Exam Supplies
* Pencils and erasers
* Calculator
* Spare Batteries
* Spare Calculator

EXAM 1 (Chapters 15)
During class, in classroom
Statically indeterminate problems will *not* be on the exam


WEEK 6:
Feb 11  15 


Monday
Review Philpot 1.51.6

Lecture 13  Inclined Planes and Coordinate Transformation

Homework #13 
Wednesday
Review Philpot 12.112.5

Homework Debrief
Lecture 14  The Stress Element
(Class out early for weather)

Homework #14 
Friday
Review Philpot 12.612.7

Homework Debrief
Exam Debrief
Lecture 15  Stress Transformations

Homework #15 
WEEK 7:
Feb 18  22 


Monday

NO CLASS
Presidents' Day


Wednesday
Review Philpot 12.712.9 
Homework Debrief
Lecture 16 
General Stress Transformation Equations
TK
Solver Stress Transformation

Homework #16

Friday
Review Philpot 12.712.9

No Lecture (classroom taken)
Online Quiz (BbLearn)
Due Monday before class
SelfStudy
Lecture 17  More Principle Stresses and Maximum Shear

Homework #17

WEEK 8:
Feb 25  Mar 1 


Monday
Rember to take your BbLearn quiz before class
Review Philpot 12.812.10

Homework Debrief
Lecture 18  More, More Principle Stresses and Maximum Shear

Homework #18 
Wednesday
Review Philpot 12.10

Homework Debrief
Lecture 19  Mohr's Circle for Plane Stress

Homework #19 
Friday
Review Philpot 12.10

Homework Debrief
InClass Quiz 4
Lecture 20  More Mohr's Circle

Homework #20 
WEEK 9:
Mar 4  8 


Monday

Homework Debrief
Lecture 21
 3D Hooke's Law

Practice problems for exam 
Wednesday 
Andre Special Guest Lecture

Practice problems for exam 
Friday

EXAM 2 

SPRING
BREAK: Mar 11  15 


Monday 
Friday 
NO CLASS  SPRING
BREAK


WEEK 10:
Mar 18  22 


Monday

Exam Debrief
MidCourse Feedback


Wednesday

Lecture 22  Torsion 1

Homework #22 
Friday

Homework Debrief
Lecture 23  Torsion 2

Homework #23 
WEEK 11:
Mar 25  29 


Monday

Homework Debrief
Lecture 24  Beam Equilibrium
and Shear/Moment Diagrams

Homework #24 
Wednesday

Homework Debrief
Lecture 25  Bending 1

Homework #25 
Friday

Homework Debrief
Lecture 26  Bending 2

Homework #26 
WEEK 12:
Apr 1  5 


Monday

Homework Debrief
Lecture 27 
Transverse Shear in Beams

Homework #27 
Wednesday

Homework Debrief
Lecture 28 
Transverse Shear Calculations

Homework #28 
Friday

Homework Debrief
Lecture 29  Beam Deflections

Homework #29 
WEEK 13:
Apr 8  12 


Monday

Homework Debrief
Exam 3 Prep
Lecture 30  Beam Deflections Using Integration Method

Homework #30 (exam prep) 
Wednesday

Homework Debrief
Questions about Exam 3
Lecture 31 
Beam Superposition
Lecture 31 
Exam 3 Prep

Homework #31 (Beam Deflections
using Superposition)  due class
period after Exam 3 (Monday) 
Friday

EXAM 3


WEEK 14:
Apr 15  19 


Monday

Homework Debrief
Lecture 32 
Pressure Vessels
Makeup Exam (2:30, GJ 108)

Homework #32 
Wednesday

Homework Debrief
Lecture 33  Pressure Vessels 2
Example
Problem Solutions 
No HW33 
Friday 
Homework Debrief
Lecture 34  Eccentric Bending

Homework #34 
WEEK 15:
Apr 21  26 


Monday 
Homework Debrief
Exam Debrief
Lecture 35  Combined Loads 1

Homework #35 
Wednesday 
Homework Debrief
Lecture 36  Combined Loads 2 
Homework #36
(due Monday) 
Friday 
DESIGN EXPO  no
class

Homework #EXPO
(due Monday) 
WEEK 16:
April 29  May 3 


Monday

Homework Debrief
Lecture 37  Combined Loads 3 
No homework today
Make sure you're comfortable with all kinds of combined loading
problems (textbook, MecMovies, etc.) 
Wednesday

Homework Debrief
Lecture 38  Columns 1

Homework #38 (Exam Prep)
(not turned in) 
Friday 
Homework Debrief
Course Summary
Lecture 39 
Prepare for Final Exam


FINAL
EXAM: May 9 


Thursday 
12:45 to 2:45 FINAL EXAM 
