UNLV

 Department of Mechanical Engineering

ME 242 Engineering Dynamics

  SPRING Semester 2014

MoWe 8:30AM - 9:45AM

Room: TBE-B 176
 

Instructor: Prof. G. F. Mauer

Textbook: Please make sure to purchase the Package, consisting of the textbook (Hibbeler Dynamics 13th edition, Pearson Publ.) PLUS a software license for Mastering Engineering. You will submit all homework on Mastering. Click here for full textbook  information.

Announcements

Date Posted:  Feb. 25, 2014

The exam keys for midterm 1 are posted below. The average grade is 50/100.

Preparation for Wednesday 2/26: Please read and understand the first part of Chapter 14 (energy)

 

  Mastering Software: You will be required to submit all homework using Mastering Engineering (http://www.masteringengineering.com/). A license is required and can be purchased from the publisher. Logon to Mastering: The Course Name is  ME242 Dynamics Spring2014    The Course ID is:     MEMAUER81240

  I-clickers: Every Student is required to bring an I-Clicker to class. Use either version 1 or 2 of the I-Clicker. You can use your own (buy at the bookstore) or obtain one as a loan from the MEG department. You must return your loan clicker before the final exam to the MEG Department. Students who do not return loan clickers will receive  a grade of 'Incomplete' . You have two options to register your clicker:       1. in Class

                                      2. On the I-Clicker web site: please visit:                                      http://www.iclicker.com/registration/    

Please enter your first and last name, and your Student ID (10-digit NSHE ID-number) exactly as they appear on the UNLV registrar's record. The registration will become active after you have used your clicker in class.

FINAL EXAM:  Wed.  May14,  8 a.m. 10 a.m.

   The final exam will be comprehensive and cover the entire course.

 Academic Honesty:  Misconduct cases  will be referred to the UNLV Offices of the Vice President for Student Life and Student Conduct, see http://studentlife.unlv.edu/judicial/misconductPolicy.html.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 ME 242 Syllabus (click on image at right): Schedule, Policies, Homework. The syllabus will be updated as needed during the semester.

 Class notes: Notes from recent lectures will be posted here, usually weekly. Click image at right.

 Course Objectives: What you will learn.

 

 

 

 


The list below contains sample solutions in Mathcad. Mathcad is a programming tool that facilitates the solution of complex mathematical problems. You can obtain a free copy of Mathcad (for PC's only) from the Mechanical Engineering department office in TBE-A 211.

To download  the posted Mathcad Files, Right-Click on the hyperlink and download to your computer, then  open the file in Mathcad.

Chapter 16 hibbelerProblem16-102.pdf
Five Mathcad examples Chapter 16 Kinematics HIB16_Fourbar-linkage.xmcd

HIB16-113.xmcd

HIB16-145.xmcd

HIB16-146-12thed.xmcd

HIB16-151deriv.xmcd

Mathcad examples Chapter 17 Inertial Dynamics Mathcad examples for Inertial Dynamics. These might be useful for assignment 20.  Version 13 format

Inertial_Falling-Ladder-dyn.xmcd

Inertial_rolling wheel-dyn.xmcd

Inertial_trans+rot-1.xmcd

Inertial_trans+rot-2.xmcd

  HIB16-113.xmcd

HIB17-112Mathcad.xmcd

   

 


 

Exams and Study Guides

Rigid Body Dynamics: Acceleration
     
Step-by-step discussion in ppt (Powerpoint) format (500 KB)

MEG 207 Dynamics current semester FIRST Midterm Exam key A in pdf format . Version B is posted here

MEG 207 Dynamics current semester SECOND Midterm Exam Key A in pdf format. Version B is posted here

MEG 207 Dynamics current semesterTHIRD Midterm Exam in pdf format

MEG 207 Dynamics current semester FINAL Exam version A in pdf format and Version B

 

Sample exams:

SPRING 2001 Exams (in PDF Format)
MEG 207 Dynamics First Midterm Exam


MEG 207 Dynamics Second Midterm Exam

MEG 207 Dynamics Midterm III Exam in PDF format. file name: 207t3-00.pdf

MEG 207 Dynamics Final Exam in PDF format. file name: 207fin00.pdf

MEG 207 Dynamics Rotating Gears Example, Chapter 14

MEG 207 Dynamics: Mathcad Solution for Problems C15-48 and C15-76, Euler Method


 

 

Getting Started with Mathcad

 

If you are new to Mathcad, please take the time and work through the tutorials that come with the software. You find the tutorial and excellent examples in the Resource Center.

Click on Help and Resource Center. A separate window opens. Select Overview and Tutorials.

The Quicksheets present both answers and worked examples to typical problems, such as equation solving, vectors, and calculus. You can paste these examples into your Mathcad worksheet and edit them.

 

Homework Postings

PDF format. A password is required for access

Chapter12HWSP14
Chapter13HWSP14