Solving Problems in Control

For undergraduate engineering students whose studies include courses in control, this text explains the fundamental principles of dynamics and control through a series of illustrated worked examples, supported by basic theory. It explains how to represent physical systems as mathematical equations, and then how to manipulate these mathematical models in a dynamics and control context in order to assess how the system behaves. The examples are drawn from basic electrical, mechanical, and process systems. Annotation copyright by Book News, Inc., Portland, OR