May 1, 2024
Updated June 21, 2025
19 minute read
An Introduction to Pipes: More Than Just Conduits
Pipes are fundamental components of modern civilization, forming the unseen networks that deliver essential resources, remove waste, and enable countless industrial processes. At a very high level, a pipe is a tubular section or hollow cylinder, typically but not necessarily of circular cross-section, used mainly to convey substances which can flow — liquids and gases (fluids), slurries, powders, and masses of small solids. They are the arteries and veins of our cities and industries, crucial for everything from providing clean drinking water and safely transporting natural gas to facilitating complex chemical manufacturing.
Working with pipes, whether in design, installation, maintenance, or management, offers a surprisingly diverse and engaging field. Imagine the satisfaction of contributing to vital infrastructure that communities rely on daily, or the challenge of engineering solutions for transporting materials under extreme pressures and temperatures. The field also presents opportunities for innovation, with ongoing developments in smart-pipe technology, sustainable materials, and advanced diagnostic techniques. For those who enjoy a blend of practical problem-solving and sophisticated engineering, the world of pipes holds many rewarding paths.
Introduction to Pipes
Defining Pipes and Their Fundamental Role
At its core, a pipe is a conduit designed to transport substances from one point to another. These substances can range from water and sewage in municipal systems, oil and gas in the energy sector, to steam and chemicals in industrial plants. The fundamental purpose of pipes is to enable controlled, efficient, and safe conveyance. Without them, modern life as we know it would be impossible; a simple turn of a faucet or the flick of a gas stove switch relies on an extensive and intricate network of pipes working seamlessly.
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Reading list
We've selected 23 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
Pipes.
Widely recognized textbook in fluid mechanics, a fundamental area for understanding the behavior of fluids in pipes. It provides a comprehensive introduction to the principles governing fluid flow, which is essential for analyzing pipe systems in various engineering disciplines. This book is commonly used as a textbook in undergraduate and graduate engineering programs.
Another foundational text in fluid mechanics, this book offers a balanced and comprehensive approach to the subject. It emphasizes a problem-solving methodology crucial for students and professionals dealing with fluid flow in pipes and related systems. It is often used as a textbook for introductory fluid mechanics courses in engineering.
Provides a comprehensive introduction to the Unix programming environment, including a detailed discussion of pipes and their use in inter-process communication.
This recent book focuses on building data processing pipelines using Apache Beam, a unified programming model. It covers concepts relevant to modern data engineering, including batch and stream processing, which are essentially advanced forms of 'piping' data. This is highly relevant for understanding contemporary applications of the 'pipes' concept in big data.
Covers modern data engineering practices using technologies like Spark and Delta Lake, which are used to build sophisticated data pipelines and processing workflows. It delves into contemporary approaches to managing and processing large datasets, highly relevant to the modern concept of data 'pipes'.
This classic book comprehensive guide to the Unix command line, including extensive coverage of pipes and filters for data manipulation. It must-read for anyone working extensively in Unix-like environments and provides deep knowledge of how to effectively use pipes for scripting and data processing. While not recent, its content on core Unix concepts remains highly valuable.
Serves as a practical guide and reference for building data pipelines. It covers various tools and techniques used in modern data engineering for constructing efficient and reliable data workflows. This valuable resource for professionals working with data and provides insights into contemporary 'piping' practices in data management.
This classic textbook applies the principles of fluid mechanics to various engineering problems, with a strong focus on civil and environmental engineering applications, where pipes are fundamental. It provides a solid foundation in the behavior of fluids in conduits and valuable reference for practical applications.
Delves into advanced Linux system programming concepts, including interprocess communication mechanisms like pipes. It provides a deeper understanding of how pipes function at a programmatic level within the Linux operating system. This is suitable for those with a programming background looking to understand the mechanics of pipes in a computing context.
A thorough guide to writing complex shell scripts in Bash, this book covers the use of pipes for connecting commands and automating tasks. It moves from beginner to advanced topics, making it a valuable resource for anyone looking to master shell scripting and leverage the power of pipes in command-line environments.
This textbook provides a modern and accessible introduction to operating systems, including a chapter on inter-process communication and pipes.
Offers an in-depth exploration of Bash scripting, including advanced techniques for using pipes and other command-line tools. It is suitable for users who want to move beyond basic scripting and gain a deeper understanding of shell automation and data processing using pipes.
Provides a collection of practical recipes for shell scripting, including numerous examples of using pipes and other command-line utilities for various tasks. It good resource for learning by example and gaining hands-on experience with pipes in scripting.
Provides a comprehensive overview of computer networks, including a chapter on transport protocols and the use of pipes for data transfer.
Provides a detailed discussion of operating system design and implementation, including a chapter on inter-process communication and pipes.
This textbook provides a detailed discussion of computer architecture, including a chapter on pipelining and the use of pipes to improve performance.
An introductory guide to the Angular framework, this book will introduce the concept of Angular pipes for data transformation in a practical web development context. It is suitable for beginners in web development looking to understand this specific application of 'pipes'.
A good introductory book for those new to Unix-like systems. It covers the basics of the command line, including the concept and usage of pipes in a simple and accessible manner. is helpful for providing prerequisite knowledge for understanding pipes in a computing context.
This textbook provides a comprehensive overview of data communications and networking, including a chapter on transport protocols and the use of pipes for data transfer.
While not exclusively about 'pipes,' this book covers functional programming concepts, including streams and data processing, which relate to the idea of data flowing through a series of operations, similar to a pipeline. It provides a theoretical foundation for understanding functional approaches to data manipulation as seen in some modern programming paradigms related to 'pipes' or streams.
Provides a practical introduction to using pipes and filters in Java, including examples and case studies.
Provides a practical introduction to using pipes and filters in Haskell, including examples and case studies.
For more information about how these books relate to this course, visit:
OpenCourser.com/topic/f2xdz2/pipe
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