This handbook examines the behaviour of pipes and piping systems under conditions of stress, strain, and failure, offering a technically grounded perspective on analysis and control within engineering practice. It presents a clear account of how internal pressure, fluid characteristics, and structural conditions influence the performance and durability of piping networks. The handbook connects fundamental principles of fluid mechanics with practical considerations of system design, material selection, and operational reliability. It further explores the mechanisms that lead to deformation and rupture, enabling a deeper understanding of how such failures can be anticipated and managed. Attention is given to analytical methods, system evaluation, and control strategies that support safe and efficient operation. The discussion reflects contemporary engineering needs, encouraging a careful balance between performance optimisation and risk mitigation in pipeline systems.

This handbook is intended for engineers, researchers, and advanced learners engaged in fluid transport and structural systems. It supports the development of technical understanding, analytical capability, and practical insight required to assess, control, and improve piping performance in industrial environments.