9 Best Books on Fluid Power Control

“Fluid Power: Generation, Transmission and Control” Book Review: The book offers a comprehensive and integrated treatment of hydraulic systems, encompassing key aspects of fluid power generation, transmission, and control. It includes theoretical and mathematical analyses of practical systems, as well as fundamental studies of dynamics and control in diverse conditions. The book is augmented with numerous examples, illustrations, and over 500 drawings, ensuring a clear grasp of the theory. With its interdisciplinary approach, the book is advantageous to both undergraduate and postgraduate students in various engineering disciplines.

“Control of Fluid Power” Book Review: The book presents an overview of fluid power control, offering a well-rounded exploration of both theoretical and practical concepts. It encompasses various aspects of fluid power systems, including hydraulic, pneumatic, and fluidic components, as well as their interrelationships. With its detailed coverage, the book facilitates a comprehensive understanding of fluid power systems and sheds light on the latest technological advances in this field. It is designed for both undergraduate students pursuing mechanical and electrical engineering and postgraduate students specializing in fluid power, providing them with invaluable insights.

“Fluid Power Design Handbook, Third Edition (Fluid Power and Control)” Book Review: The book delves into the field of engineering and application information that pertains to the control, prediction, and measurement of fluid power components in hydraulic or pneumatic systems. It provides in-depth discussions on the latest developments in fluid power control, such as microprocessor control, “smart” actuators, virtual displays, position sensors, computer-aided design, performance testing, noise reduction, and on-screen simulation of complex branch-flow networks. Moreover, it includes a comprehensive list of important engineering terminologies and conversion units.

“Essential Hydraulics (Fluid Power – Basic Book 1)” Book Review: This book offers an extensive insight into hydraulic control systems, including the essential hydraulic components and their application in various industries. It encompasses the sizing of hydraulic components and delves into the non-technical aspects of hydraulic systems for readers who are inexperienced in the field and lack technical knowledge. As a result, this book caters to those who are interested in acquiring a fundamental understanding of hydraulic systems. Additionally, the book is equipped with visual aids, such as illustrations of hydraulic components, as well as a systematic approach to calculations and the latest technological advancements.

“Fluid Power Engineering” Book Review: This book encompasses a comprehensive discussion of fluid and pneumatic power equipment, covering their design, operation, and maintenance. The contents of the book encompass a wide range of topics, including hydraulic fluids, pumps, gauges, and cylinders. Additionally, the book explores the designing of transmission lines using the lumped parameter model, and ways to minimize power losses due to friction, leakage, and line resistance. The book also delves into accumulators, pressure switches, and filters, among other topics. It further demonstrates the development of mathematical models of electro-hydraulic servo systems, converting hydraulic power into mechanical energy using actuators, and controlling load displacement using HSAs and control valves. The application of fluid systems techniques to pneumatic power systems is also discussed. This book is an invaluable resource for individuals interested in the study of hydrodynamic theory and hydraulic systems engineering.

“Fluid Power Components and Systems: Second Bath International Fluid Power Workshop (Fluid Power Series)” Book Review: The contents of this book comprise detailed discussions on the advancements in fluid power components and systems research and development. It features comprehensive reports sourced from the International Fluid Power Research Workshops, covering a broad range of topics including efficient mobile applications systems, hydraulic valves integrated with microelectronics, mathematical modeling of systems and components, pneumatic systems, various types of pumps, dynamometry, hydraulic component and system noise, pump flow ripple problems, and pump/motor performance evaluation. This book is a useful resource that provides readers with essential literature and invaluable insights into the latest research and developments in the field.

“Fluid Power with Microprocessor Control: An Introduction” Book Review: This book offers a comprehensive explanation of fluid power systems, focusing on how computing, particularly microprocessors, are utilized to control these systems. It covers various topics such as applied computing, microcomputers, physical sciences, engineering, theory of computation, program constructs, and object-oriented languages. Additionally, the book includes discussions on surveys, overviews, semantics, reasoning, and more. It is suitable for undergraduate students studying electrical or mechanical engineering, as well as postgraduate students in related fields.