- Process Instrumentation
- Process instrumentation Dynamics and Control
- Instrumentation and Process Control Theory
- Instrumentation and Control Systems
1. Process Instrumentation
1."Measurement Systems Application and Design" by Ernest O Doebelin
Book Review: This book presents measurement as an integrated engineering science and technology that encompasses all application areas. It illustrates the role of computer technology, both in terms of computer-aided analysis and the integration of dedicated computers into measurement systems. Additionally, the book delves into measurement system dynamics, emphasizing the use of sensors in manufacturing and the benefits of electro-optical systems.
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2."Instrument Engineers Hand book" by B G Liptak
“Instrument Engineers Handbook” Book Review: This book offers a comprehensive introduction to instrument engineering, covering measurement, control, and software aspects of automation. It provides an up-to-date review of control software packages used for plant optimization, maintenance, control, and safety. The book explores the increasing number of applications for intelligent instruments, the use of the internet and enhanced networks, virtual private networks, and the integration of control systems with the main operating environment in a global context. It also covers advances in new displays that help operators respond quickly to changing plant conditions.
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3."Instrumentation: Devices and Systems" by Rangan and Sharma
Book Review: This book presents the latest methods for increasing process efficiency, production rate, and quality. It efficiently tackles process instrument and control assignment problems and includes time-saving tables, selection ratings, key points, and topic-defining illustrations. The book also covers the latest advances in microprocessor miniaturization.
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4."Process/Industrial Instruments and Controls Handbook" by Gregory McMillan and Douglas Considine
“Process/Industrial Instruments and Controls Handbook” Book Review: This book provides a comprehensive overview of process and industrial instruments and controls, exploring the latest methods for increasing process efficiency, production rate, and quality. It equips readers with the knowledge needed to approach any key decision with confidence, offering best-practice solutions derived from the hands-on experience of experts, and highlighting significant developments in microprocessors. The book’s sole goal is to help readers solve problems as efficiently as possible.
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5."Transducers and Instrumentation" by DVS Murthy
Book Review: This book draws upon the author’s experience in the development of instrumentation engineering. It offers a masterful analysis of transducer principles and characteristics, covering various types of industrial sensors. Furthermore, the book delves into topics such as signal processing, data display, transmission, and telemetry systems, with a primary focus on the latest advancements. Readers will benefit from the inclusion of numerous examples and clear diagrams throughout the text.
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6."Instrumentation and Process Measurements" by W Bolton
“Instrumentation and Process Measurements” Book Review: This book provides a comprehensive overview of instrumentation control systems, discussing instrument systems and their constituent elements. It explores measurement systems for process variables and the maintenance of instrument systems. Each chapter includes examples and problems, with answers provided at the end of the book. The book is designed for students and teachers who need a basic introduction to instrumentation systems and process measurements.
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7."Process Control Instrumentation Technology" by Johnson
“Process Control Instrumentation Technology” Book Review: This book offers a foundational understanding of process control instrumentation technology, encompassing both theoretical concepts and practical details. Readers gain knowledge of how control system elements are designed and operated, and how they impact system tuning and operation. This empowers users to design control systems from a practical perspective and comprehend how these elements affect overall system performance.
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8."Maintenance of Process Instrumentation in Nuclear Power Plants" by H M Hashemian
“Maintenance of Process Instrumentation in Nuclear Power Plants” Book Review: This comprehensive book offers a detailed exploration of process instrumentation maintenance in nuclear power plants, consolidating scattered literature on the subject. Drawing upon the author’s three decades of experience in testing I and C systems in nuclear power plants worldwide, it specifically emphasizes the examination of process, temperature, and pressure sensors, including calibration verification and response time analysis. With a specific focus on training I and C maintenance engineers across various industries such as power, process, and chemical, this book serves as an invaluable resource and training course.
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9."Applied Technology and Instrumentation for Process Control" by Douglas O de Sa
“Applied Technology and Instrumentation for Process Control” Book Review: This book is a valuable resource for practitioners and engineers involved in process control and instrumentation across various manufacturing processes. It provides an overview of complex technologies and instrumentation involved in various manufacturing processes, with carefully selected examples to illustrate basic elements and techniques that can be expanded into more complex control systems. The book focuses on selective technologies that can be implemented across a range of applications and is designed for practitioners and engineers in related industries or applications.
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10."Instrumentation for Process Measurement and Control" by Anderson
“Instrumentation for Process Measurement and Control” Book Review: This easy-to-understand book offers a foundational overview of process measurement and control instrumentation, covering pressure, temperature, level, flow, and more. It serves as a practical reference for practitioners and students, bridging the gap between basic technology and sophisticated systems. The book also covers topics such as actuators and valves, pneumatic and electronic control systems, and combination control systems.
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11."Process Control Instrumentation Technology" by Curtis Johnson
Book Review: This book covers various measurement and instrumentation concepts, presenting both theoretical and practical aspects of control system elements and operations. The book enables users to design control system elements from a practical perspective, taking into account their impact on overall system performance and tuning. Chapters cover process control basics, analog and digital signal conditioning, optical, thermal, and mechanical sensors, controller principles, and loop characteristics. Advanced mathematics and theory are not required to understand the concepts presented in the book.
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2. Process instrumentation Dynamics and Control
1."Process Systems Analysis and Control" by Coughnowr and Koppel
“Process Systems Analysis and Control” Book Review: This book is primarily intended for undergraduates taking their first course in process dynamics and control. It is organized into eight parts, starting with Modeling for Process Dynamics in the first part, followed by Linear Open-Loop Systems in the second part, Linear Closed-Loop Systems, Frequency Response, and Process Applications in the third, fourth, and fifth subdivisions, respectively. The sixth, seventh, and eighth parts cover State-Space Methods, Nonlinear Control, and Computers in Process Control, respectively.
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2."Chemical Process Control" by George Stephanopolous
“Chemical Process Control” Book Review: This book provides a comprehensive overview of chemical process control, covering process modeling, a wide range of control schemes, dynamic analysis of processing systems, and the synthesis of multivariable control configurations for both individual units and entire chemical plants. It also includes research and design of digital computer control systems, with a focus on problem formulation, examination of posed control problems, and the synthesis and analysis of alternative control systems. The book presents a concise layout of the control systems found in chemical processes, addressing both hardware elements required for practical application of several control schemes and controller design concepts. The design of control systems for multivariable processes and entire chemical plants is explained, and the book includes numerous illustrations, end-of-chapter questions, and problems.
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3."Principles of Process control" by Patranabis D
“Principles of Process control” Book Review: This book provides a comprehensive and updated understanding of the Principles of Process Control, presented in a clear and concise manner. It balances traditional analogue methodologies with modern computer-based digital techniques, covering topics such as system models and response, transfer function, block diagram and signal flow graph, development of models for industrial control devices and systems, and PID control.
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4."Process Control" by Peter Harriott
“Process Control” Book Review: This book is aimed at chemical, mechanical, and electrical engineers, providing a foundation in the theory of automatic control and its applications in chemical process industries. It emphasizes the dynamic behavior of processes and processing tools over the mechanical qualities of instruments and controllers, making it a valuable resource for engineers involved in designing process control systems. The book covers topics such as open loop response of simple systems, frequency-response analysis, optimum controller settings, stability and control of chemical reactors, and more.
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5."Process Instrumentation,dynamics And Control For Chemical Engineers" by Ray Chaudhuri Utpal Ray Chaudhuri Uttam
“Process Instrumentation,dynamics And Control For Chemical Engineers” Book Review: This book covers the fundamental aspects of control system hardware, as well as the static and dynamic operations of instruments and processes. It discusses controlling devices, control strategies, automated control of process plants, stable control systems, and simulators in control systems. It also includes computer-controlled system analysis and analysis of control of control systems on a computer screen. Topics covered include measurement and control hardware, control devices, various control strategies, mathematical study of computer control systems, simulation in control systems, and more. The book provides model questions and answers from GATE examinations to help readers prepare for exams.
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6."Process Instrumentation, Control, and Dynamics" by Kal Renganathan Sharma
“Process Instrumentation, Control, and Dynamics” Book Review: This book is geared towards chemical engineering students and covers a wide range of topics. In addition to life sciences, the text connects complex chemical engineering concepts to real-world events, such as the Fukushima nuclear power plant shutdown in Japan, and shows how engineering theories are relevant to everyday life. The book includes discussions on single and multiple compartment models, stability types like stable, integrating, and inverse, and different types of control such as feedback, feed-forward, internal, ratio, and estimation.
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7."Process Control Instrumentation Technology" by Johnson
“Process Control Instrumentation Technology” Book Review: This book focuses on the elements and operations of control systems and is recommended for students in the process control and instrumentation field. It covers important concepts behind control system components and functions with a rigorous approach to provide application-oriented design using fundamental mathematical skills. The book covers topics such as sensors, analog and digital conditioning, control loop tuning, and practical details on designing and operating elements of a control system. It starts with introducing process control fundamentals before diving into more complex topics such as analog and digital signal conditioning. Further chapters discuss various sensors including thermal, mechanical, and optical sensors, final control, discrete-state process control, controller principles, and analog controllers. The book concludes with computer-based control and control-loop characteristics and includes numerous problems with solutions.
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8."Process Instrumentation systems" by Chinttan and CHINTTAN PUBLICATIONS
“Process Instrumentation systems” Book Review: This book is specifically written for students in the instrumentation and electronics branch of science or engineering. It covers topics such as process dynamics, different types of processes, analog and digital controllers, process controllers, tuning of controllers, schemes to control, discrete state process control, batch and continuous control, adaptive controllers, and more.
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9."The Dynamic Analysis of Automatic Process Control" by Ralph L Moore
“The Dynamic Analysis of Automatic Process Control” Book Review: This book focuses on mathematical modeling of processes and process equipment, which is a safer and more cost-effective way to analyze dynamics than experimental testing. It covers frequency response methods, which provide a deeper understanding of automatic process control than computer simulations. The book also covers self-regulating systems, control valves, signal flow diagrams, flow control, sinusoidal analysis, controller mode selection, temperature, cascade and feedforward control, state space techniques, and more. A basic knowledge of calculus, chemistry, and physics is required.
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10."Process Measurement and Control" by Roy E Fraser
“Process Measurement and Control” Book Review: This book is designed for students in areas such as automatic control systems and covers the classic control loop with its four major blocks: the measuring sensor block, the controller block, the process adjustment block, and the process block. It covers the purposes of process control for industrial applications such as measuring process variables, transmitting the sensed data to a central analyzer, and more. The book also describes design, operation, and maintenance procedures, selection of hardware and software, ways to improve production and reduce costs, and observing presented and noted data to ensure satisfactory process operation, fulfilment of cost goals, calibration and repair of equipment, and more.
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3. Instrumentation and Process Control Theory
1."Automatic Control Engineering" by F H Raven
Book Review: In this book, you will find a comprehensive overview of automatic control systems used in various engineering fields. The content covers a wide range of applications related to control systems, from precision control device design to massive equipment design, including applications for automatic controls. The book provides insights into how control systems are represented using block diagrams and explains the use of linear differential equations to describe the operation of different control systems. Additionally, the book delves into state space methods, digital control systems, frequency response methods, and system compensation.
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2."Engineering Systems and Automatic Control" by P Dransfield | |
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3."Instrumentation, Measurement and Analysis" by B C Nakra and K K Chaudhry
“Instrumentation, Measurement and Analysis” Book Review: This is a comprehensive book that covers a wide range of topics related to instrumentation and measurement. The book is organized into various chapters, including subjects such as sensors and transducers, signal conditioning, data acquisition, and data display. It also delves into areas like digital measurement techniques, measurement system analysis, and control systems. With its clear and concise explanations, this book serves as an invaluable resource for students and professionals alike, providing a solid foundation in the field of instrumentation and analysis.
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4."Industrial Instrumentation" by D P Eckeman
Book Review: This book examines the methodologies and principles of various methods used in industrial processing and manufacturing, with a particular emphasis on the methods themselves rather than the mechanisms. It also focuses on the basics of engineering applications and employs analytical approaches to solve measurement problems. This book is an excellent resource for undergraduate students studying engineering, though a prerequisite knowledge of calculus, mechanics, and thermodynamics is necessary.
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5."Applied Instrumentation in the Process Industries: Control Systems - Theory, Troubleshooting and Design" by Leslie M Zoss | |
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6."Advanced Instrumentation, Data Interpretation, and Control of Biotechnological Processes" by J F van Impe
“Advanced Instrumentation, Data Interpretation, and Control of Biotechnological Processes” Book Review: This book focuses on the challenges faced in instrumentation within biotechnological applications and provides strategies for solutions. It is a useful resource for engineers, researchers, and students. The first part of the book covers modern hardware sensors such as viable biomass measurement, membrane inlet mass spectrometry, flow cytometry, and microcalorimetry. The second part addresses model-based process diagnosis and control techniques, including bioprocess modeling, identification, data processing, and software sensor design.
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7."Measurement Theory for Engineers" by Ilya Gertsbakh
“Measurement Theory for Engineers” Book Review: This book explores a broad range of applications of statistical measurement theory, and it may be of interest to graduate students and researchers in the field. The fundamentals of measurement theory are covered, and each topic is introduced gradually, with related mathematical concepts explained where necessary. The text also includes numerous exercise problems for readers to practice.
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8."Tuning of Industrial Control Systems" by A B Corripio
“Tuning of Industrial Control Systems” Book Review: This book discusses the multifaceted concepts of tuning and is recommended for undergraduate students in the field. Emphasizing practical aspects, the book begins with feedback controllers and moves on to cover open-loop characterization of process dynamics and selection strategies for feedback controller modes. The book also delves into tuning feedback controller modes, including both computer- and microprocessor-based controllers.
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9."Control Loop Foundation - Batch and Continuous Processes" by Terrence Blevins
“Control Loop Foundation – Batch and Continuous Processes” Book Review: This book provides a detailed discussion of process control concepts and is aimed at engineers and working technicians in the field. It covers single and multi-loop control techniques before moving on to advanced control techniques. The book elucidates industrial applications using simple processes and concludes with complex examples from various industries.
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10."PC Interfacing and Data Acquisition: Techniques for Measurement, Instrumentation and Control" by Kevin James | |
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11."Control Systems Engineering" by I J Nagarath and M Gopal
Book Review: This book provides an interdisciplinary coverage of continuous and discrete time systems, making it an ideal resource for undergraduate and postgraduate courses. The book contains numerous examples that explain fundamental system concepts and focuses mainly on computer-aided design. Additionally, the book emphasizes the interdisciplinary nature of the subject matter.
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12."Industrial Instrumentation" by D P Eckmen
“Industrial Instrumentation” Book Review: This textbook emphasizes the principles of measurement in industrial processing and manufacturing and is designed for undergraduate engineering students with a background in calculus, mechanics, thermodynamics, and fluid mechanics. The book covers fundamental methods before diving into the mechanisms, and physics concepts are explained when necessary. The text also includes a variety of numerical problems for readers to practice.
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13."Control Systems Engineering" by Norman S Nise
Book Review: This textbook is well-suited for both mechanical engineering and electrical engineering courses, with a significant emphasis on computer-aided design. It covers a wide range of topics, including frequency domain and time domain modeling, time response, stability, steady-state errors, root locus techniques, frequency response techniques, and much more. By studying this book, readers gain a deep understanding of virtual systems concepts, their application, control solution implementation, and result evaluation. Overall, it provides a comprehensive framework for students to grasp essential principles and apply them effectively in their studies and practical projects.
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14."Process Instrumentation, Dynamics and Control for Chemical Engineers" by RAY CHAUDHURI
“Process Instrumentation, Dynamics and Control for Chemical Engineers” Book Review: This book covers the basics of process instrumentation and is intended for chemical engineers and professionals working in the field. The book discusses control system hardware, the static and dynamic behaviors of instruments and processes, controlling devices and strategies, and automatic control of process plants.
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15."Instrumentation and Process Control" by Anardan Prasad and Vishnu Priye
“Instrumentation and Process Control” Book Review: This book is aimed at graduate students in electrical, electronics, and instrumentation fields and covers the multifaceted concepts of instrumentation in eight chapters. The first few chapters cover transducer concepts such as transducer signal selection, pneumatic and smart transmitters, and nucleonic and electronic level gages. Later chapters delve into telemetry and process control, including three-element control systems with examples. The final section focuses on recent developments in microprocessor-based instrumentation systems, including PLC development, distributed control systems, and instrumentation communication protocols.
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16."Instrumentation and Process Control" by Terry L M Bartelt | |
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17."Pierre Gy's Sampling Theory and Sampling Practice" by Francis F Pitard | |
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18."Quantitative Process Control Theory" by Weidong Zhang
“Quantitative Process Control Theory” Book Review: This book presents a fresh approach to addressing problems in industrial systems, aimed at graduate and undergraduate students, as well as researchers in the field. It introduces a new and tested method for tackling major industrial issues, complete with mathematical proofs as needed. The examples in the book are drawn from real-life scenarios across diverse fields such as heat exchangers, hot strip mills, maglev, nuclear reactors, and distillation columns/heavy oil fractionators. The book explores solving strategies for both single-input and single-output (SISO) and multiple-input and multiple-output (MIMO) design issues. Each chapter concludes with summaries and numerous problems to reinforce the concepts presented.
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4. Instrumentation and Control Systems
1."Instrumentation and Control Systems" by K N Reddy | |
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2."Instrumentation and Control Systems" by Bolton
“Instrumentation and Control Systems” Book Review: The book offers a comprehensive introduction to modern instrumentation and control systems, providing examples of the latest devices, techniques, and applications. It aims to present the subject matter in a simple and easy-to-understand format, combining theory with numerous case studies and real-world applications. The book covers a range of topics, including smart instrumentation, DAQ, health and safety considerations, noise reduction, maintenance, testing, PLCs, ladder programming, and simulation software. It includes various problems, case studies, and applications, with answers provided at the end of the book.
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3."Reeds Vol 10: Instrumentation and Control Systems (Reeds Marine Engineering and Technology Series)" by Gordon Boyd and Leslie Jackson
“Reeds Vol 10: Instrumentation and Control Systems (Reeds Marine Engineering and Technology Series)” Book Review: The latest edition of this book offers a comprehensive exploration of instrumentation and control systems as they relate to marine engineering. It caters to professional trainees pursuing Merchant Navy Marine Engineering Certificates of Competency (CoC) and undergraduate students in Electrical/Marine Engineering. The content provides both technical and practical insights into the operation of instrumentation and control devices and systems. Covering a broad range of topics, from basic measurement devices to advanced automated control and instrumentation systems, the book also delves into electrical equipment in hazardous areas, including hazards, gas groups, temperature classifications, and types of protection. Notably, it includes updated chapters on emerging subjects such as Liquified Natural Gas carriers, SMART sensors and protocols, and computer-based systems.
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4."Process Control Systems and Instrumentation" by Terry L Bartelt
“Process Control Systems and Instrumentation” Book Review: This book covers all aspects of industrial maintenance and control, from servomechanisms to instrumentation, explaining the components, circuits, instruments, control techniques, calibration, tuning, and programming associated with industrial automated systems. It emphasizes operation rather than mathematical design concepts, covering a variety of courses such as electrical motors, sensors, variable speed drives, programmable logic controllers, servomechanisms, instrumentation, and process classes. The book also includes information on industrial maintenance and automation and features an extensive collection of supplements, including a lab manual and animated lessons CD.
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5."Mechanical Measurements and Instrumentation (Including Metrology and Control Systems)" by R K Rajput
“Mechanical Measurements and Instrumentation (Including Metrology and Control Systems)” Book Review: This book presents general concepts of measurements and instrumentation, covering both static and dynamic characteristics of instruments. It discusses errors in measurement, sensors and transducers, signal conditioning, and data transmission, as well as pressure, flow, temperature, displacement, velocity, acceleration, force, torque, and shaft power measurements. The book also includes the latest university questions with answers and an additional objective type questions bank.
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6."Principles of Industrial Instrumentation and Control Systems" by Chennakesava R Alavala
“Principles of Industrial Instrumentation and Control Systems” Book Review: This textbook is specifically designed for undergraduate students in mechanical engineering and related fields. It provides a comprehensive understanding of instrumentation methods utilized for measuring crucial industrial variables. The book introduces readers to fundamental control system concepts, discussing measurement techniques for various physical variables, including displacement, time, count, frequency, stress and strain, force, pressure, fluid flow, liquid level, and temperature. Furthermore, it explores static and dynamic characteristics as well as error analysis of measurement systems. The topics covered include basic transducers, signal conditioning, control systems, transfer functions, and stability. With numerous solved examples and exercises at the end of each chapter, this book facilitates thorough comprehension of the subject matter.
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7."Practical Data Acquisition for Instrumentation and Control Systems (IDC Technology (Paperback))" by John Park ASD
“Practical Data Acquisition for Instrumentation and Control Systems (IDC Technology (Paperback))” Book Review: This book focuses on data acquisition and control using both PCs and standalone instruments, including the popular IEEE 488 interface. It covers all aspects of data acquisition systems, from design and specification to programming, installation, and configuration, providing a solid grasp of the principles and practical implementation of interfacing the PC and standalone instruments to real-world signals in laboratory and industrial settings. The book helps readers develop the ability to design, specify, install, configure, and program data acquisition systems quickly and effectively.
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8."Power Plant Control and Instrumentation: The control of boilers and HRSG systems (Control, Robotics and Sensors)" by David Lindsley
“Power Plant Control and Instrumentation: The control of boilers and HRSG systems (Control, Robotics and Sensors)” Book Review: This comprehensive book offers a practical analysis of control systems specifically tailored for boilers and HRSGs (Heat Recovery Steam Generators) across a range of applications, including waste-to-energy plants and CCGTs (Combined Cycle Gas Turbines). It covers a wide range of topics, including process transmitters, advanced DCS (Distributed Control System) configurations, and final elements such as control valves and dampers. The book also provides insights into connecting instruments to the process, highlighting basic concepts. With a focus on modern nomenclature systems and the necessary documentation for meeting requirements, it is a valuable resource for systems engineers, operators, maintenance staff, and power plant control and instrumentation (C&I) system specifiers.
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9."Successful Instrumentation and Control Systems Design" by Michael D Whitt
“Successful Instrumentation and Control Systems Design” Book Review: This book provides valuable insights into the design engineering process, offering a comprehensive guide to the ideal design package. It outlines the essential elements of a successful project and provides a roadmap to understanding the design process. Moreover, the book delves into specific issues related to the design of instrumentation and control (I&C) systems, discussing the engineering products that are necessary for practical design and successful maintenance. With its practical approach and clear explanations, this book is an excellent resource for anyone interested in the business of design engineering.
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10."Instrumentation and Control Systems Documentation" by Fred A Meier and Clifford A Meier
“Instrumentation and Control Systems Documentation” Book Review: This book equips readers with the requisite knowledge to comprehend and create the documentation and symbols that underpin a contemporary industrial measurement and control system. It covers control systems documentation, including process flow diagrams and piping and instrumentation diagrams, as well as instrument indexes and databases, specification forms, logic diagrams, loop diagrams, installation details, and location plans.
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