**Credits:** 3

**Lectures:** Mondays, Wednesdays, and Fridays, 9:30-10:30 am, 2315 G. G. Brown Building
(Online Lecture Recordings)

**Instructor:** Jerome P. Lynch, 2380 G.G. Brown `jerlynch@umich.edu`

**Graduate Student Instructor:** Zhijie Wang,
`zjwang@umich.edu`

**Instructional Aid:** Mollie Kurasik,
`mkurasik@umich.edu`

**Office hours:**

- Prof. Lynch: Monday, Wednesday, Friday, 10:30-11:30 am, 2380 G. G. Brown
- Mr. Zhijie Wang: Wednesdays, 5:00-8:00 pm, 153 EWRE
- Ms. Mollie Kurasik: Thursdays, 5:00-7:30 pm, 153 EWRE

**Textbook:**

- Mechanics of Materials: An Integrated Learning System, Timothy A. Philpot, Wiley, 3rd edition - Required

**Course requirements:**

- Regular attendance
- Weekly homework assignments
- Midterm exam #1 (Friday, February 20, 2015, 9:30-10:30 am)
- Midterm exam #2 (Monday, March 23, 2015, 9:30-10:30 am)
- Final exam (Wednesday, April 29, 2015, 10:30 pm - 12:30 pm)

**Grading:** Homework 30%, midterms 40%, final 30%. These
weights are approximate; the right to change them later is reserved.

**Prerequisites:**

- CEE211 - Statics and Dynamics (strictly enforced)

**Catalog description:** Fundamental principles of solid and structural mechanics will
be presented. Application of the principles to civil engineering structures will be
emphasized. The course will further develop the concepts introduced in Statics and Dynamics
(CEE211). In particular, the notion of internal forces, and the concepts of stress and strain
will be introduced. Mechanical properties of solids will be discussed, and the notion of statical
indeterminacy will be introduced. The methods of structural analysis will be presented, including
those based on energy concepts.

- [Jan 12, 2015] Welcome to CEE212 Solid Mechanics
- [Mar 5, 2015] Midterm Shifted to Friday, March 27]
- [Mar 5, 2015] Review Session in Class for Midterm #2, March 23]

- Course Outline
- Course Schedule
- Class #1: Introduction to Principles of Statics
- Class #2: Normal and Shear Stress
- Class #3: Shear Stress and Allowable Stress
- Class #4: Strain in Solids
- Class #5: Introduction to Material Properties
- Class #6: Stress-Strain Relationships for Different Materials
- Class #7: Poisson Effect in Materials
- Class #8: Introduction to Axial Members
- Class #9: Indeterminate Axial Members
- Class #10: Stress Concentrations
- Class #11: Introduction to Torsion Members
- Class #12: Behavior of Rod and Shafts in Torsion
- Class #13: Plastic Response of Torsion Members
- Class #14: Introduction to Bending
- Class #15: Drawing Shear and Moment Diagrams Quickly
- Class #16: Flexural Properties of Beams
- Class #17: Unsymmetric Beams
- Class #18: Composite Beams
- Class #19: Stress Behavior in Beams - Elastic to Plastic
- Class #20: Introduction to Transverse Shear in Beams
- Class #21: Shear Stress in Flexural Beams
- Class #22: Shear Flow in Thin Walled Elements
- Class #23: Shear Center
- Class 24 - Combined Loadings and Resulting Stress
- Class 25 - Plane Stress Transformation
- Class 26 - Principal Stresses
- Class 27 - Introduction to Mohr's Circle
- Class 28 - Stress Variations in Beam & Maximum Shear
- Class 29 - Introduction to Bending Beams
- Class 30 - Beam Displacement - Integration and Moment Area Method
- Class 31 - Statically Indeterminate Beams
- Class 32 - Introduction to Columns
- Class 33 - Euler's Formula for Slender Columns

- Homework #1 - Free Body Diagrams and States of Stress
- Homework #2 - Stress and Strain in Bodies
- Homework #3 - Stress-Strain and Axial Members
- Homework #4 - Torsional Members
- Homework #5 - Beam Members
- Homework #6 - Normal Stress in Beams
- Homework #7 - Shear Stress in Beams
- Homework #8 - Mohr Circle
- Homework #9 - Deflection of Determinate and Indeterminate Beams