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Eng222_SyllabusSpr2012 - Rutgers University 14-440:222...

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Unformatted text preview: Rutgers University 14-440:222 / Spring 2012 Mechanical and Aerospace Engineering Engineering Mechanics: Dynamics INSTRUCTOR Prof. Toby Rossmann, [email protected] D103, Busch Campus Engineering Bldg. Office Hours: Wednesdays, 3-6 pm and by appointment TAS: Ms. Feruza Amirkulova, [email protected] Office Hours: 5pm 7pm on Thursdays in Engineering D-115A Ms. Juan Ren, [email protected] Office Hours: 4pm 6pm on Tuesdays in Engineering D-115 REQUIRED TEXT/WEBSITE Engineering Mechanics Dynamics & Mastering Engineering Package, 12/E, R.C. Hibbeler, Prentice Hall, 2007. http://www.masteringengineering.com LECTURES AND INFORMATION 3 hours of lectures per week. MW 12:00-1:20pm, SEC 117 or ARC 107 The lecture in SEC 117 (led by the instructor) will cover mostly theory and problem solving techniques. The lecture in ARC 107 (led by the TAs) will consist of solved example problems and discussion of problem solving techniques. For general class information: sakai.rutgers.edu: Engineering Mechanics: Dynamics For homework assignments and submissions: www.masteringengineering.com. You are to enroll in the course (ID: RUTGERSDYNAMICSROSSMANN) after you register at the website using the passcode that comes with your textbook or you have purchased separately. HOMEWORK Homework will be assigned on Wednesdays and be due before 11pm on the following Wednesday. No late homework will be accepted. No makeup homework will be allowed. All homework assignments are available online at http://www.masteringengineering.com. See course schedule for the due dates. Each student must submit the homework solution online. Homework will be graded online and the grade will be posted on our sakai course website. Only the best 10 (out of 12) HW scores will be counted. QUIZZES Four quizzes (40 min.) will be given in class throughout the semester. The quizzes are closed book and closed notes. No make-up quizzes will be given. The quizzes will begin at 12:40pm on the days listed in the course schedule. Class material covered on each of the quizzes will be announced in class prior to the exam. Your best 3 out of 4 quizzes will be counted towards your final grade. MIDTERM/FINAL EXAM The midterm and final exams are closed book and closed notes. You will be provided with a formula sheet at the time of the exam. The midterm will cover all material up to and including section 15.4. The final will be cumulative. Make-up exams will be given only to those with legitimate excusable absences (with written record). Make-up exams will be scheduled by the instructor. GRADING POLICY Homework Quizzes Midterm Final Exam 15% 25% 20% 40% PREREQUISITES Engineering Mechanics: Statics 14-440:221 or 291 Calculus II 01-640:152 Analytical Physics I 01-750:124 Multivariable Calculus 01:640:251 (Co-requisite) COURSE DESCRIPTION This course examines Newtonian dynamics of particles and rigid bodies: engineering applications of equations of motion, work and energy, conservative forces, impulse and momentum, impulsive forces, acceleration in several coordinate systems, and relative motion. COURSE OBJECTIVES At the conclusion of this course, student should be able to: 1. Draw the appropriate free-body diagram for each problem, including linear and rotational accelerations. 2. Readily and reliably perform dot and cross products on vectors. 3. Know the difference between kinematics problems and kinetics problems. 4. Identify the most direct approach to solving dynamics problems. 5. Solve both linear and rotational kinematics problems, using linear, planar and 3-D solution techniques, where appropriate. 6. Solve kinetics problems by combining Newton's Law and kinematic equations, methodically accounting for all forces, and accelerations. 7. Solve kinetics problems using the principle of work & energy. 8. Solve kinetics problems using the principle of impulse & momentum. 9. Identify kinetics problems for which energy or momentum is conserved, and solve them appropriately. 10. Solve dynamics problems using both algebraic and vector techniques. HONOR CODE/ JOINT WORK I expect you to uphold an honor system: You may consult each other on the homework and projects. That means you are free to discuss the assignments and solution approaches, but it does not mean that you are free to copy anyone's exam, quiz, homework, or project. Any work turned in for this class must be your own work product and original effort. COURSE SCHEDULE Lec. # 0 1 2 3 4 5 6 Date 18-Jan 23-Jan 25-Jan 30-Jan 1-Feb 6-Feb 8-Feb Exam Quiz #1 Quiz #2 Midterm Quiz #3 Quiz #4 Final Daily Topic Introduction, Masteringengineering.com tutorial Newton's Laws, Plane Rectilinear Motion Curvilinear Motion - Rectangular Coordinates Normal - Tangential Coordinates (n-t) Polar and Cylindrical Coordinates Relative Motion Newton's 2nd Law of Motion for a Particle in Rectangular Coordinates n-t Coordinates in in Polar Coordinates Cylindrical Coordinates in Work and Energy Power, Potential Energy Linear Impulse Linear Momentum Impact Spring Break Angular Impulse and Angular Momentum Planar Kinematics of a Rigid Body Relative Velocity Instantaneous Center of Velocity Relative Acceleration Relative Motion - Rotating Axes Mass Moment of Inertia Planar Kinetics of Motion- Translation, Rotation General Plane Motion Work - Energy Conservation of Energy Course Review http://finalexams.rutgers.edu Book Section 12.1 12.2 - 12.3 12.4 - 12.6 12.7 12.8 12.9 - 12.10 13.1 - 13.4 HW HW #1 Due HW #2 Due HW #3 Due 7 8 9 10 11 12 13 14 xx xx 15 16 17 18 19 20 21 22 23 24 25 26 13-Feb 15-Feb 20-Feb 22-Feb 27-Feb 29-Feb 5-Mar 7-Mar 12-Mar 14-Mar 19-Mar 21-Mar 26-Mar 28-Mar 2-Apr 4-Apr 9-Apr 11-Apr 16-Apr 18-Apr 23-Apr 25-Apr 30-Apr TBD 13.5 13.6 13.6 14.1 - 14.3 14.4 - 14.6 15.1 - 15.2 15.3 15.4 15.5 - 15.7 16.1 - 16.4 16.5 16.6 16.7 16.8 17.1 17.2 - 17.4 17.5 18.1 - 18.4 18.5 HW #4 Due HW #5 Due HW #6 Due HW #7 Due HW #8 Due HW #9 Due HW #10 Due HW #11 Due HW #12 Due ...
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