May 1, 2024
Updated June 29, 2025
13 minute read
An Introduction to Valves: The Unseen Guardians of Modern Industry
At its core, a valve is a device that regulates, directs, or controls the flow of a fluid—be it gases, liquids, slurries, or fluidized solids—by opening, closing, or partially obstructing various passageways. While this definition sounds simple, it underpins a vast and critical field of engineering and technology. From the faucet in your kitchen to the complex networks of pipes in a power plant or the life-support systems on a spacecraft, valves are the silent, indispensable components that make modern life possible. They are the gatekeepers of flow, ensuring that everything from water to rocket fuel is in the right place at the right time.
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Reading list
We've selected 18 books
that we think will supplement your
learning. Use these to
develop background knowledge, enrich your coursework, and gain a
deeper understanding of the topics covered in
Valves.
This handbook provides a systematic approach to selecting the appropriate valve for various industrial applications. It covers different valve types, their construction, and selection criteria. It's a practical guide that is highly relevant for engineers and those involved in piping and process design, offering valuable insights for real-world scenarios. It serves as a useful reference tool.
Authored by a renowned expert, this book delves into the fluid mechanics and acoustic aspects of control valves. It provides theoretical and practical information on design, selection, and operation, including sizing equations and methods to avoid issues like cavitation and noise. is valuable for deepening understanding and strong reference.
This guide focuses specifically on valves within the oil and gas sector, covering selection, testing, and maintenance in this specific industry context. It includes practical examples and discusses challenges like corrosion. It's a valuable resource for professionals in this industry.
Offers practical guidance on control valves, covering various aspects from design and construction to applications, safety, troubleshooting, and maintenance. It serves as a comprehensive reference for practitioners in the field of measurement and control. It useful reference tool.
Provides detailed calculations and considerations for the design, manufacturing, operation, and safety of industrial valves. It specialized resource for those needing to understand the quantitative aspects of valve engineering. This book is valuable for deepening understanding and as a reference.
A broad reference covering various types of valves, their design, performance, selection, operation, and application. The third edition includes updated information on newer technologies and environmental considerations. good resource for gaining a broad understanding and can also serve as a reference.
This handbook covers both valves and the actuators that operate them, providing a broader perspective on valve systems. It's a valuable resource for understanding the integrated components of valve control. useful reference tool.
Offers a more accessible introduction to control valves compared to more in-depth handbooks. It's suitable for those new to the field, covering the basics of control valve operation, types, and selection. It's helpful for providing background knowledge.
A concise book focusing on the fundamental aspects of control valve sizing and selection. This is likely a good resource for students or those needing a quick reference on these key topics. It's helpful for solidifying understanding of a core aspect of valve engineering.
Another handbook covering valves within the larger context of piping and pipeline systems. This resource is useful for understanding the application and integration of valves in various industrial settings. It serves as a useful reference tool.
This book, likely from the International Society of Automation (ISA), focuses on the various accessories used with control valves. Understanding these components is crucial for the proper operation and control of valve systems. It is valuable for deepening understanding of the complete control valve system.
Specifically focuses on the design of ball valves, a common type of isolation valve. It provides detailed guidance on the design methods and relevant codes. It specialized resource for those involved in the design of this particular valve type.
While focused on hydraulic control systems, this book includes significant content on hydraulic valves, their principles, and applications. It's relevant for those interested in the use of valves in hydraulic circuits. It is valuable for deepening understanding in a specific area of valve application.
This manual covers various aspects of piping systems, including the selection and application of valves within those systems. It provides practical information for engineers and designers working with piping. It serves as a useful reference tool within the broader context of piping.
This government handbook provides foundational knowledge in mechanical science, including a section on valves covering basic parts, functions, and types. It's a good starting point for a broad understanding of valves and is often used in technical training.
A foundational textbook in fluid mechanics, this book provides the necessary theoretical background to understand how fluids behave and how valves influence fluid flow and pressure. While not valve-specific, a strong understanding of fluid mechanics is prerequisite knowledge for comprehending valve operation. It is helpful in providing background or prerequisite knowledge.
Explores the world of vacuum tubes, also referred to as valves in electronics. While not directly related to industrial flow control valves, it represents a different technical field where the term 'valve' is used. This book is not relevant to the topic of industrial valves as suggested by the course names.
For more information about how these books relate to this course, visit:
OpenCourser.com/topic/7quhi4/valve
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