20 Best Books on Automation in Manufacture

“Automation, Production Systems and Computer Integrated Manufacturing” Book Review: The focus of this book is on production systems and modern manufacturing techniques that are relevant to a variety of engineering domains. Special emphasis is placed on the concepts of automation in manufacturing, and computer-integrated manufacturing is also covered in detail. Students across various disciplines related to the subject matter may find this book helpful.

“CAD / CAM” Book Review: The book is designed as a comprehensive guide for senior and graduate-level students and professionals studying CAD/CAM, with a focus on interactive computer graphics and their applications in industrial robotics, automated inspections, and flexible manufacturing systems. The book is divided into 8 chapters, beginning with an introduction to computers and the basics of CAD/CAM, followed by more advanced topics such as Numerical Control, Cam, and Industrial Robots. The last few chapters of the book focus on Computer-Integrated Production Management Systems, Computer Control, and Cad/Cam Implementation. Throughout the book, the author uses illustrations to explain complex concepts related to CAD/CAM.

“Automation in the Design and Manufacture of Large Marine Systems” Book Review: The primary focus of this book is on automation concepts, which are relevant to both students and researchers. The book also covers the design and fabrication of composite materials, with particular emphasis on sculptured shape representation and interrogation in a computer environment. In addition to this, the book includes discussions on automated analysis, tolerances, forming of metal shells, and adaptive control.

“Virtual and Augmented Reality Applications in Manufacturing” Book Review: This book provides a manufacturing-oriented approach to the concepts of Virtual and Augmented Reality and may be of interest to advanced students and researchers. Rather than focusing on computer science, the book primarily covers the manufacturing aspects of these technologies. Additionally, a wide variety of industrial applications of Virtual and Augmented Reality are presented.

“Robots and Automated Manufacture: Meeting on UK Research in Robotics and Automated Manufacture” Book Review: This book offers an overview of robots and automation in manufacturing and is suitable for industrial workers and robotics researchers alike. The book covers topics such as the vision and sensory systems utilized by robots, the necessary equipment, and the financial considerations involved in their implementation. In addition, the book includes discussions of computer simulations and programming, including techniques such as collision avoidance.

“Control and Dynamic Systems: Manufacturing and Automation Systems v.46: Advances in Theory and Applications” Book Review: This book is a collection of research papers on manufacturing and automated systems, which may be useful for students, engineers, and researchers. The book primarily emphasizes recent technological advancements and changes in the field of modern control theory.

“Automation Encyclopedia: A to Z in Advanced Manufacturing” Book Review: This book is a comprehensive guide to the terminology used in the field of automation, which may be helpful for students and researchers. It provides detailed definitions for a majority of automation and manufacturing terms, with over 700 definitions included in the book. Additionally, the book covers a summary of current applications and the state of automation.

“Production Planning in Automated Manufacturing” Book Review: This book presents the approaches to production planning problems in automated manufacturing in a simple and user-friendly way. The book covers various topics such as optimization of throughput rate in the automated assembly of printed circuit boards, approximation algorithms for 3-dimensional assignment problems with triangle inequalities, complexity and computational results for scheduling jobs of equal length, an overview of the tool loading problem, job grouping problem for flexible manufacturing systems and its local search approach, and minimizing the number of tool switches on a flexible machine. Each chapter is concluded with references for further reading.

“Computer Automation in Manufacturing: An Introduction” Book Review: The book is intended for undergraduate students who have a background in physics and calculus. It aims to provide instructions on computer architecture, mechanical systems interfacing, and software development. Starting with the basics of automation technology development and the hierarchical model of automation, the book covers microprocessor-based systems architecture, sensors, automatic data acquisition, actuators, control theory, programmable logic controllers, and supervisory control of manufacturing systems. Each chapter of the book concludes with a summary to facilitate chapter review. The book also offers exercises at the end of each chapter to enhance the understanding of the covered topics.

“Intelligent Manufacturing Systems” Book Review: The structure and function of knowledge-based systems are defined in this book, which also covers the hardware and software components of flexible machining, flexible assembly, and computer-integrated manufacturing systems. Optimization-based systems in design, process planning, equipment procurement, layout design, group technology, planning, and scheduling are covered. The book also includes discussions on manufacturing, artificial intelligence, and optimization concepts, as well as the presentation of design and management aspects of modern manufacturing systems.

“Manufacturing Systems: An Introduction to the technologies” Book Review: The book aims to introduce the principles of various technologies and their integration into fully automated and programmable manufacturing facilities and systems. It explains how the complete manufacturing facility can be seen as a system. This book is intended for practicing engineers, postgraduate students, and undergraduate seniors. It covers essential topics such as factory layouts, programming languages for machine tools, advanced machine tools, industrial robots, and automated cells.

“Manufacturing processes and Systems” Book Review: The book offers a comprehensive guide to over 400 manufacturing processes, utilizing a systems approach to manufacturing. It provides a contemporary definition of the processes and their evaluation, including recent advancements in the field. The initial focus of the book is on the manufacturing system, followed by the nature and properties of materials, ferrous and nonferrous metal production, foundry processes, modern casting techniques, pressworking, heat treating, plastic materials and processes, electronic fabrication, metrology and testing, quality systems, cost estimating, bibliography, operations planning, and photo credits. This book is a valuable resource for students, researchers, and professionals in the field of manufacturing.

“Cellular Manufacturing Systems: An Integrated Approach” Book Review: This book is designed for postgraduate students of mechanical engineering and production engineering with a particular focus on manufacturing systems. Beginning with an introduction to the history of cellular manufacturing, the book covers a range of topics including cell formation techniques, processing unique components in cellular manufacturing, evaluating cellular manufacturing solutions, cell characteristics, production control activities, and implementation issues. Additionally, the book provides a case study of cellular manufacturing, review questions at the end of each chapter, and concluding remarks summarizing the key points.

“Stochastic Models of Manufacturing Systems” Book Review: The target audience of this book is manufacturing system modelling professionals. The book delves into the significant challenges involved in designing and operating various types of systems, including flow lines, job shops, transfer lines, flexible manufacturing systems, flexible assembly systems, and cellular systems.This book examines the stochastic models of different types of manufacturing systems.

“Industrial hydraulic Systems: Theory and Practice” Book Review: This book is intended for individuals involved in the fields of design, engineering, and technical work, as well as students in engineering colleges, polytechnics, and vocational training centers. The book comprehensively covers various topics, including conventional hydraulic systems with fixed-displacement pumps, control valves, actuators, and hydraulic systems with variable-displacement pumps. Additionally, the book provides information on auxiliary devices such as reservoirs, filters, accumulators, and piping, and presents quantities in both the SI and English systems of units. The book includes discussions of hydrostatic transmission, cartridge valves, load sensing pump controls, as well as design, installation, and maintenance aspects of hydraulic systems. Furthermore, the book offers numerous working examples, design problems, and review questions at the end of each chapter.

“Manufacturing System Design and Analysis” Book Review: The main focus of this book is to explain the structured approach to designing and evaluating modern manufacturing plants that can improve the overall performance of the factory. The book begins with an overview of manufacturing systems analysis in the technological age and is divided into four parts. The first part covers systems, the second part covers manufacturing, the third part discusses systems engineering, and the fourth part focuses on manufacturing systems. At the end of each chapter, review questions are provided. This book is aimed at professionals, researchers, and students interested in improving the performance of manufacturing plants.