I would strongly recommend you to follow this sequence to enhance learning:
Foundation level:
Pipe Stress Engineering by L.C. Peng and T.L. Peng
This book is highly recommended for those pursuing a career in piping stress analysis. It provides a solid foundation by explaining principles and methodologies in a clear and accessible manner. It delves into thermal expansion, pipe supports, stress calculation methods, and includes practical case studies.
Design of Piping Systems by M.W. Kellogg Company
A classic text offering a detailed examination of piping system design principles and practices. It covers pipe sizing, stress analysis, and material selection with a methodical approach and practical examples.
Introduction to Pipe Stress Analysis by Sam Kannappan
Considered one of the best and most understandable books on pipe stress analysis. It covers fundamental concepts such as pipe behavior under various loads, stress calculation methods, pipe support importance, thermal expansion, and flexibility. It is structured for clarity with illustrations and examples, making it ideal for both beginners and experienced engineers.
Mid level:
Piping Handbook by M.L. Nayyar
This is a definitive and comprehensive resource for piping engineers, covering a wide array of topics. It includes detailed tables, charts, and formulas for the design and analysis of piping systems, addressing industry codes and standards. It is frequently updated to reflect the latest changes in piping design, practice, and materials.
Piping and Pipeline Engineering: Design, Construction, Maintenance, Integrity, and Repair by George A. Antaki
This book provides a comprehensive guide to the entire lifecycle of piping systems, from design to maintenance and repair. It covers fluid dynamics, materials selection, mechanical aspects, stress analysis, corrosion, and inspection techniques, integrating real-world scenarios with theoretical concepts.
The Fundamentals of Piping Design by Peter Smith
This book offers an accessible yet comprehensive introduction to piping design principles. It covers system layout, pipe sizing, and material selection, building a strong foundation with practical examples. It is considered a valuable reference for new hires, students, and veteran engineers.
Process Plant Layout and Piping Design by Roger Hunt and Ed Bausbacher
Highly regarded for piping layout engineers, this book covers the fundamentals of layout planning, equipment arrangement, and the integration of piping systems. It addresses critical aspects of safety, accessibility, and efficiency in piping design.
Advanced level:
Advanced Piping Design by Rutger Botermans and Peter Smith
This handbook is a follow-up to "The Fundamentals of Piping Design" and provides more customized information on process equipment and the design of interconnecting piping systems. It covers advanced principles and techniques for professionals in the field.
Process Piping Design Handbook by John J. McKetta Jr.
This handbook focuses on the detailed aspects of designing piping systems specifically for process industries. It covers design considerations such as flow dynamics, material selection, and safety, reliability, and efficiency, addressing thermal and mechanical stresses and corrosion control.
Practical Guide to ASME B31.3 Process Piping by G.E. Woods and R.B. Baguley
This guide provides practical insights into applying ASME B31.3 code requirements to process piping design. It is a useful reference for understanding and complying with industry standards in process piping applications.