Train-Induced Ground Vibration and Its Effects on Buildings

This Monograph Delivers a Critical, Revised English-language Treatment of Train-induced Environmental Ground Vibration, Translated and Re-examined From Original Chinese Research Reports. It Integrates Full-scale Field Measurement Campaigns From Metro and Conventional Railway Lines, Analytical Wave-propagation Formulations, Coupled Vehicle-track-ground Finite-element Modelling, Parametric Building-response Analysis, and Vibration-isolation Mitigation Assessment Asce Libra.the Book Systematically Divides the Physical Chain of Railway Vibration Into Source Excitation, Soil Wave Propagation, and Building Reception. Real-world Measurement Datasets From Beijing Metro Lines 13, 10 and the Suining-Chongqing Railway Illustrate Attenuation Laws, Spectral Characteristics, and the Influences of Train Speed, Loading Condition and Propagation Distance. Analytical Wavenumber-domain Solutions for Multi-layered Ground Are Derived Alongside Composite Finite-element Formulations for Slab-track Structures and Vehicle-track Dynamic Coupling. Numerical Parametric Studies Explore How Building Height, Railway Offset and Structural Typology Modify Indoor Vibration Responses, With a Case Study Referencing Jiaxing Railway Station.distinctive to This Volume Is Its Transparent Discussion of Data Provenance, Reproducibility Boundaries and Technical Limitations. Where Original Raw Time-history Records and Model Project Files Could Not Be Recovered, the Text Clearly Distinguishes Empirically-supported Observations, Independent Algebraic Re-checks, and Engineering Hypotheses, Avoiding Over-generalised Universal Conclusions. It Further Surveys International Standards for Human-vibration Comfort, Including Weighted Acceleration Levels and Vdv (Vibration Dose Value) Criteria, and Evaluates Receiver-side Base-isolation Countermeasures.designed for Researchers, Graduate Students and Practising Civil, Railway and Geotechnical Engineers, This Work Bridges Experimental Measurement, Theoretical Derivation and Engineering Application. It Serves as a Valuable Reference for Environmental-vibration Prediction, Railway-adjacent Building Design, Impact Assessment and Vibration-mitigation Technology.