Course Description: Tension, compression & shear stresses, Axially loaded bars, Torsion of Shafts, Beam theory, Combined stresses, Mohr’s circles, Columns

Prerequisites: ME221 and MTH133/LBS119 (or concurrently)

Instructor: Patrick Kwon, Professor

Office: 4142 Engineering Building

Department of Mechanical Engineering

Phone: (517) 355-0173

E-mail: pkwon@egr.msu.edu

Office Hour: Monday: 9:00-10:30 AM & Wednesday: 2:30-4:00 PM

Textbook: F. P. Beer, E. R. Johnston, J. T. DeWolf and D. F. Mazurek, Mechanics of Materials, 6^th edition, McGraw Hill, Inc., New York, New York, 2012.

Classroom: 1145 EB

Web Page: http://www.egr.msu.edu/~pkwon/me222/me222.htm

Grader: Yueyao Hu (huyueyao@msu.edu) 2518EB

Office Hour: Tuesday: 2:00-3:30PM & Thursday: 10:30-12:00AM

Grading: Two Exams 15 % x 2 = 30%

Final Exam 25%

Laboratory 25% (administered by Prof. Al Loos)

Homework 20%

Pop Quizzes (5 out of 6) 10% (Extra)

Total 110%

Quizzes Six open-book, open-note quizzes will be given. Bring your own calculator, which cannot be shared. No make-up quiz as one lowest scored quiz will be dropped.

Exams Two midterm examinations during regular class hours and Final Examination are scheduled, which are open book, open notes.

Grading scale The final grades will be assigned based on the following scale:

Total score Grade Total scores Grade

90-100 4.0 70-74 2.0

85-89 3.5 65-69 1.5

80-84 3.0 60-64 1.0

75-79 2.5 0-59 0.0

Adjustments in favor of the students will be made if the class average falls below 75%.

Important Note ME222 covers a great deal of materials very quickly, so please make sure that you do not fall behind. You are expected to keep up with the daily reading assignments and to do all the assigned homework problems.

Laboratories The laboratory operates independently from the lecture portion of the class and a separate syllabus is available for the ME222 laboratory.

Homework Homework will be assigned after each lecture via McGraw Hill’s Connect. To access, please register at http://connect.mcgraw-hill.com/class/p_kwon_sections007-008.

Tentative Class Schedule

#	Date	Sections		Topics
1	01/07	1.1-1.5		Introduction, Statics Review, Normal Stress
2	01/09	1.6-1.10		Shear & Bearing Stresses
3	01/14	1.11-1.13		General stress, Design, Connection
4	01/16	2.1-2.3, 2.5		Axial Loading, Normal Strains and Stress-Strain, Hooke’s Law
	01/21	Martin Luther King’s Birthday (No Class)
5	01/23	2.8-2.10		Deformation, Statically Indeterminate, Thermal Stress
6	01/28	2.11 - 2.12, 2.14, (2.17)		Poisson’s ratio, Multiaxial Loadings, Shear Strain, Saint-Venant’s principal
7	01/30	3.1 - 3.4		Torsion, Shear Stress, Deformation
8	02/04	3.5 - 3.6		Angle of twist, Statically Indeterminate
9	02/06	4.1 - 4.3		Beam Preliminaries, Pure Bending
10	02/11	4.4 - 4.5		Stress and Deformation in Bending
	02/13	Catch-up/Review
	02/18	Examination #1
11	02/20	5.1 - 5.2		Analysis of Beam, Shear & Bending Moment diagram
12	02/21	5.3 - 5.5		Relations among, w, V, M; Singularity Function
13	02/27	6.1 - 6.4		Shear Stress in Beam
	Spring Break
14	03/11	7.1 -7.3		Stress Transformation in Plane Stress, Maximum in-plane Shear Stress
15	03/13	7.4 - 7.6		Principal Stresses, Mohr’s Circle, 3-D Mohr Circle for Stresses
16	03/18	7.7 - 7.9		Failure Theories for Ductile & Brittle Materials, Thin-Walled Vessels
17	03/20	7.10 -7.13		Strain Transformation in Plane Strain, Strain Rossette
18	03/25	8.1-8.2, 8.4		Beam Stress, Combined Loading
19	03/27	8.4		Combined Loading
	04/01	Catch-up/Review
	04/03	Examination #2
20	04/08	9.1-9.3	Beam, Deformation in Beam, Elastic Curve
21	04/10	9.6	Singularity Functions
22	04/15	9.5	Statically Indeterminate Beam
23	04/17	9.7, 9.8	Superposition
24	04/22	10.1 - 10.4	Columns
	04/24	Review
FINAL EXAMINATION on Monday April 29 5:45-7:45PM