This book investigates the complex interplay between soil dynamics and building vibrations, focusing on the challenges posed by train-induced vibrations and seismic activity. The growing need for sustainable transportation has spurred the development of rail networks, but the resulting vibrations pose significant environmental concerns for nearby structures and residents. Simultaneously, earthquakes present a persistent threat of physical damage and economic loss. This work aims to address these issues by exploring modeling methods, propagation characteristics, and mitigation strategies for both train-induced and seismic vibrations in soils and buildings.

This work addresses critical issues in civil and geotechnical engineering, particularly concerning the environmental impact of transportation infrastructure and seismic resilience. The focus on modeling, propagation, and mitigation suggests a technical and research-oriented audience. The subject matter points to a dense, specialist text aimed at engineers, researchers, and urban planners grappling with vibration control and seismic safety in developing urban environments.