Modern Control Engineering is a reference book designed for the
senior and undergraduate students of chemical, mechanical, aerospace,
and electrical engineering, who are studying Control Systems.
Authors : Katsuhiko Ogata
Publisher : PHI Learning
Summary Of The Book
Modern Control Engineering is the fifth edition of the
senior-level textbook for control engineering that provides a
comprehensive coverage of the continuous-time control systems. It
discusses the analysis and design of the Control Theory.
Katsuhiko Ogata has provided the entire content of the book in an
organized manner. He begins by emphasizing the basic concepts of control
systems. Then, he organizes the material in a manner in which the
control theory is developed gradually at a pace at which readers can
absorb the information easily.
The latest edition of the Modern Control Engineering includes
the various approaches that are used to analyze and design the control
systems such as root-locus, frequency response, and state-space
approach.
Modern Control Engineering has been divided into ten chapters.
The first chapter lays the foundation of the book by presenting an
introduction to control systems. It provides discussions on mathematical
modeling of control systems, mechanical systems, electrical systems,
fluid systems, and thermal systems. It further explores the transient
and steady-state response analyses. The author also discusses PID
controllers and modified PID controllers.
The book comes loaded with computational problems that have been solved
with MATLAB. Moreover, numerous solved problems have been included to
ensure that the students get the basic understanding of system behavior
and control.
Also, for better understanding, the author has avoided highly
mathematical arguments. The abundance of worked problems featured
throughout the book adds to its usefulness. Apart from this, the
end-of-chapter problems and the worked examples have been thoroughly
updated and revised. Thus, the book is an ideal one for control systems
engineers.
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