Advanced Methods for Vibration Reduction

This monograph offers a scientifically grounded analysis of mechanical traction subsystems of rolling stock, emphasizing the physics of dynamic interactions within the locomotive–track system and contemporary methods of dynamic and strength assessment. The work synthesizes current knowledge on operational behavior, load distribution, and failure mechanisms of critical mechanical components, reflecting the increased complexity of modern railway operations driven by higher speeds, axle loads, and intensive service conditions.Special attention is devoted to the design principles of high-speed rolling stock operating above 250 km/h, highlighting the specific mechanical constraints and dynamic requirements associated with such systems. The monograph also outlines modern testing methodologies for mechanical elements and assemblies, demonstrating their essential role in improving structural performance and validating engineering solutions.This study strengthens the scientific foundation for next-generation rolling stock development within sustainable and intelligent transportation systems. The book is intended for researchers, mechanical engineers, rolling stock designers, and specialists in railway dynamics, offering both scientific rigor and applied engineering relevance for institutions engaged in railway technology development and professional training in transport engineering.