CE 112 Mechanics of Materials Syllabus Textbooks Assignments CE 112 Home Page Section 3 (course code 45860) Dr. Thalia Anagnos Location: ENG 232 Time: MW 9:00-10:15 Phone:              408/924-5190 Email:               tanagnos@email.sjsu.edu Office:              Administration, Room 145 Office Hours: MW 10:30-11:30, 1-2 & by appointment Web site:          www.engr.sjsu.edu/tanagnos Prerequisite:          CE 99 for all students (CE 99 with C- or better for CE majors) Corequisite:           MatE 25 and Math 133A Textbook:              none required Recommended:    Gere, James M. Mechanics of Materials, fifth edition, Brooks/Cole, 2001 or Gere, James M. Mechanics of Materials, sixth edition, Brooks/Cole, 2003 Available from www.amazon.com or www.barnesandnoble.com/ Optional:                R.C. Hibbeler, "Mechanics of Materials, Sixth Edition, Prentice Hall, 2005. Course Objectives: 1. To learn to analyze a structure for internal forces Student learning outcomes: The student will demonstrate the ability to: a)         Determine internal axial forces in both statically determinate and statically indeterminate axially loaded prismatic and non-prismatic members subjected to applied forces, temperature variations and prestrain effects b)         Determine internal torques in both statically determinate and statically indeterminate torsionally loaded prismatic and non-prismatic solid circular shaft and hollow tubes subjected to applied torques. c)         Determine internal shears, moments and axial forces in beams and accurately draw shear and bending moment diagrams. 2. To learn the fundamentals of analysis of stress Student learning outcomes: The student will demonstrate the ability to: a)         Determine internal stresses in both statically determinate and statically indeterminate axially loaded prismatic and non-prismatic members subjected to applied forces, temperature variations and prestrain effects. b)         Determine internal stresses in both statically determinate and statically indeterminate torsionally loaded prismatic and non-prismatic solid circular shaft and hollow tubes subjected to applied torques. c)         Determine normal and shear stresses in rectangular beams, beams with flanges and built-up beams of various shapes. d)         Use Mohr's Circle to analyze stress at a point and determine principal stresses. 3. To learn the fundamentals of analysis of deflections       Student learning outcomes: The student will demonstrate the ability to: a)         Calculate deflections of beams using integration, superposition method b)         Analyze statically indeterminate beams using superposition 4. To learn the fundamentals of stability analysis Student learning outcomes: The student will demonstrate the ability to: a)      Use Euler's formula to evaluate the stability of columns. Late Drops/Adds:         The University deadlines for adds and drops are: September 6, 2005 – last day to drop September 13, 2005 – last day to add Grading: Midterms                                                                                                          60 % Homework/Quizzes                                                                                          10 % Final (oral presentation and poster)                                                                   30 %   Generally grading will be based on A (90%), B (80%), C (70%), D (60%), F (below 60%). Everyone can earn a high grade if they work hard!!!! No late work will be accepted, or in-class assignments or exams rescheduled except by prior consent from the instructor. Final Exam Schedule: Wednesday December 14     7:15 AM – 9:30 AM Special Accommodations Please contact me if you need special accommodations. Students who need accommodation due to a disability must register with SJSU's Disability Resource Center (DRC). The Center will work with the student to determine the disability, document it, and determine the services and accommodations necessary for student success. The DRC will contact the instructor to determine the types of consideration necessary. Students must register with the Center during the first three weeks of the semester. The DRC Web site: http://www.drc.sjsu.edu/ Academic Integrity (University Policy S04-12) The University emphasizes responsible citizenship and an understanding of ethical choices inherent in human development. Academic honesty and fairness foster ethical standards for all those who depend upon the integrity of the university, its courses, and its degrees. This policy sets the standards for such integrity and shall be used to inform students, faculty and staff of the university’s Academic Integrity Policy. The public is defrauded if faculty and/or students knowingly or unwittingly allow dishonest acts to be rewarded academically and the university’s degrees are compromised. Class # Day Date Topic Reading Gere Corresponding Sections Hibbeler 1 Wed 8/24 Introduction Concepts of stress and strain 1.1-1.2   2 Mon 8/29 Stress-strain behavior Hooke’s Law, Poisson’s ratio Shear stress, Hooke’s Law in shear Allowable load 1.2-1.7   3 Wed 8/31 Axially loaded members 2.1-2.3     Mon 9/5 LABOR DAY – NO CLASS     4 Wed 9/7 Static indeterminacy (axial loads) 2.4   5 Mon 9/12 Static indeterminacy (thermal.misfits, prestrain) 2.5   6 Wed 9/14 Torsion theory 3.1-3.3   7 Mon 9/19 Non-uniform torsion, Pure shear 3.4-3.5   8 Wed 9/21 Power Transmission 3.7   9 Mon 9/26 Static Indeterminacy (torsion) 3.8   10 Wed 9/28 Beams- Shears & Bending Moments 4.1-4.4   11 Mon 10/3 V & M Diagrams 4.5   12 Wed 10/5 Beam normal stress 5.1-5.5   13 Mon 10/10 Design of Beams Beam shear stress 5.6 5.8   14 Wed 10/12 Beam shear stress Shear stress in built up sections 5.9 5.11   15 Mon 10/17 EXAMINATION #1     16 Wed 10/19 Combined loading 5.12   17 Mon 10/24 Plane stress 7.1-7.2   18 Wed 10/26 Principal stresses 7.3   19 Mon 10/31 Mohr's circle 7.4   20 Wed 11/2 Mohr's circle 7.4   21 Mon 11/7 Hooke's law for plane stress Maximum Stresses in Beams 7.5 8.4   22 Wed 11/9 Bending deflection-governing ODE 9.1-9.2   23 Mon 11/14 Bending deflection-elastic curve 9.3-9.4   24 Wed 11/16 Superposition Temperature effects 9.5 9.11   25 Mon 11/21 Statically Indeterminate Beams 10.1-10.4   26 Wed 11/23 EXAMINATION #2           THANKSGIVING BREAK     27 Mon 11/28 Statically Indeterminate Beams     28 Wed 11/30 Buckling and stability 11.1-11.3   29 Mon 12/5 Columns with other supports 11.4   30 Wed 12/7 Inelastic buckling 11.7   Wed 12/14 FINAL EXAMINATION (0715-0930)         CE 112 Home Page | Syllabus | Textbooks | Assignments | | College of Engineering Home Page | SJSU Home Page |