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MECHANICAL ENGINEERING<br />
Dynamic Systems<br />
Statics and Dynamics<br />
NEW<br />
SYSTEM DYNAMICS<br />
Second Edition<br />
by William J. Palm III<br />
2010 (January 2009) / Hardcover / 944 pages<br />
ISBN: 978-0-07-352927-1<br />
www.mhhe.com/palm<br />
System Dynamics includes the strongest treatment of computational<br />
software and system simulation of any available text, with its early<br />
introduction of MATLAB® and Simulink®. The text's extensive coverage<br />
also includes discussion of the root locus and frequency response<br />
plots, among other methods for assessing system behavior in the time<br />
and frequency domains as well as topics such as function discovery,<br />
parameter estimation, and system identification techniques, motor<br />
performance evaluation, and system dynamics in everyday life.<br />
NEW TO THIS EDITION<br />
v The author has edited two chapters for a more concise presentation<br />
of the review on dynamics (Ch. 2) and a more concise introduction<br />
to electrical systems (Ch. 6).<br />
v Block diagrams, formerly in Chapter 5, are now presented in<br />
Chapter 9 to be closer to their applications in control system analysis.<br />
The material in Chapter 5 dealing with transfer functions and state<br />
variable methods has been reorganized to better delineate the advantages<br />
of each method.<br />
v Introduction to MATLAB®, offered on the text website, provides<br />
readers with a practical, concise guide to the program.<br />
v The former Chapter 11 has been split into two chapters to focus<br />
more concisely on PID control system design issues (new Chapter<br />
11) and compensator design (new Chapter 12).<br />
CONTENTS<br />
1 Introduction<br />
2 Modeling of Rigid-Body Mechanical Systems<br />
3 Solution Methods for Dynamic Models<br />
4 Spring and Damper Elements in Mechanical Systems<br />
5 State Variable Models<br />
6 Electrical and Electromechanical Systems<br />
7 Fluid and Thermal Systems<br />
8 Frequency Response Methods<br />
9 Transient Response and Block Diagram Methods<br />
10 Introduction to Feedback Control<br />
11 PID Control System Design<br />
12 Compensator Design<br />
13 Vibration Applications<br />
Appendices<br />
Introduction to MATLAB (on the website)<br />
Guide to Selected MATLAB Commands and Functions<br />
Numerical Methods (on the website)<br />
Fourier Series.<br />
NEW<br />
ENGINEERING MECHANICS:<br />
STATICS AND DYNAMICS<br />
by Michael Plesha, University of Wisconsin ---<br />
Madison, Gary Gray<br />
Penn State Univ-Univ Park, and Francesco<br />
Costanzo, Penn State Univ-Univ Park<br />
2010 (March 2009) / Hardcover / 1376 pages<br />
ISBN: 978-0-07-730200-9<br />
http://www.mhhe.com/plesha<br />
Plesha, Gray, and Costanzo’s Engineering Mechanics: Statics &<br />
Dynamics presents the fundamental concepts clearly, in a modern<br />
context using applications and pedagogical devices that connect with<br />
today’s students. The text features a five-part problem-solving methodology<br />
that is consistently used throughout all example problems.<br />
This methodology helps students lay out the steps necessary to correct<br />
problem-formulation and explains the steps needed to arrive at correct<br />
and realistic solutions. Once students have fully mastered the basic<br />
concepts, they are taught appropriate use of modern computational<br />
tools where applicable. Further reinforcing the text's modern emphasis,<br />
the authors have brought engineering design considerations into<br />
selected problems where appropriate. This sensitizes students to the<br />
fact that engineering problems do not have a single answer and many<br />
different routes lead to a correct solution.<br />
The first new mainstream text in engineering mechanics in nearly<br />
twenty years, Plesha, Gray, and Costanzo’s Engineering Mechanics:<br />
Statics and Dynamics will help your students learn this important<br />
material efficiently and effectively.<br />
FEATURES<br />
v 5-Part Problem Solving Methodology used in all example problems.<br />
A consistent problem-solving approach is used throughout. Each<br />
example problem is solved using a "template" that helps students<br />
effectively set up the problem and solve it correctly.<br />
v Introduces Appropriate Use of Computational Tools. Fundamental<br />
concepts are taught thoroughly, and the use of computational tools<br />
is taught when appropriate.<br />
v Appropriate Design Coverage. The authors have brought<br />
engineering design considerations into selected problems where<br />
applicable. This will sensitize students to the fact that engineering<br />
problems do not have a single answer and many different routes lead<br />
to a correct solution.<br />
v Real World Examples, Problems, Applications, Photographs. All<br />
the photographs, applications, examples are from the real world, so<br />
that students will be able to identify circumstances that they encounter<br />
in there daily lives.<br />
v Online Homework features selected problems from the text and<br />
algorithmically-generated problems that give the instructor a wide<br />
array of homework assignment options.<br />
CONTENTS<br />
STATICS<br />
Chapter 1 Introduction<br />
Chapter 2 Vectors: Force and Position<br />
201