**Handbook of Railway Vehicle Dynamics** is a comprehensive reference that covers the main areas influencing the dynamic behavior of railway vehicles. It includes the analysis of the wheel-rail interface, suspension design, simulation and testing of electrical and mechanical systems, interaction with surrounding infrastructure, and noise generation. While topics like aerodynamics or crashworthiness are not covered in detail, they are addressed in other contexts. The handbook is edited by Simon Iwnicki and includes contributions from leading experts in the field. The book is structured into 15 chapters, each addressing a specific aspect of railway vehicle dynamics. Chapter 1 introduces the handbook and its aims, while Chapter 2 provides a historical overview of railway vehicle dynamics, tracing the evolution from early designs to modern computational techniques. Chapter 3 discusses the anatomy of railway vehicle running gear, and Chapter 4 focuses on the wheel-rail contact, a critical area for vehicle dynamics. Chapter 5 explores the tribology of the wheel-rail contact, and Chapter 6 addresses track issues. Chapter 7 covers gauging issues, which are essential for ensuring safe vehicle operation. Chapter 8 discusses railway vehicle derailment and prevention, while Chapter 9 examines longitudinal train dynamics. Chapter 10 deals with noise and vibration from railway vehicles, and Chapter 11 covers active suspensions. Chapter 12 focuses on simulation techniques, and Chapter 13 discusses field testing and instrumentation. Chapter 14 covers roller rigs, and Chapter 15 addresses scale testing. The book concludes with an index. The handbook is international in scope, drawing examples from around the world and highlighting specific local challenges. It includes references to various standards and provides insights into the application of these standards in practice. The book is intended for engineers and researchers in the railway industry, as well as those seeking a basic understanding of railway vehicle dynamics. It serves as both an introduction and a reference for professionals working in the field.**Handbook of Railway Vehicle Dynamics** is a comprehensive reference that covers the main areas influencing the dynamic behavior of railway vehicles. It includes the analysis of the wheel-rail interface, suspension design, simulation and testing of electrical and mechanical systems, interaction with surrounding infrastructure, and noise generation. While topics like aerodynamics or crashworthiness are not covered in detail, they are addressed in other contexts. The handbook is edited by Simon Iwnicki and includes contributions from leading experts in the field. The book is structured into 15 chapters, each addressing a specific aspect of railway vehicle dynamics. Chapter 1 introduces the handbook and its aims, while Chapter 2 provides a historical overview of railway vehicle dynamics, tracing the evolution from early designs to modern computational techniques. Chapter 3 discusses the anatomy of railway vehicle running gear, and Chapter 4 focuses on the wheel-rail contact, a critical area for vehicle dynamics. Chapter 5 explores the tribology of the wheel-rail contact, and Chapter 6 addresses track issues. Chapter 7 covers gauging issues, which are essential for ensuring safe vehicle operation. Chapter 8 discusses railway vehicle derailment and prevention, while Chapter 9 examines longitudinal train dynamics. Chapter 10 deals with noise and vibration from railway vehicles, and Chapter 11 covers active suspensions. Chapter 12 focuses on simulation techniques, and Chapter 13 discusses field testing and instrumentation. Chapter 14 covers roller rigs, and Chapter 15 addresses scale testing. The book concludes with an index. The handbook is international in scope, drawing examples from around the world and highlighting specific local challenges. It includes references to various standards and provides insights into the application of these standards in practice. The book is intended for engineers and researchers in the railway industry, as well as those seeking a basic understanding of railway vehicle dynamics. It serves as both an introduction and a reference for professionals working in the field.