This book explores the mechanisms behind high-speed railway (HSR) traffic accidents caused by natural disasters, employing the concept of ”dynamic tracking,situation assessment, and early warning management”. It establishes a natural disaster warning system for ensuring the safety of HSR operations, while providing insightful management measures and methods that address the challenges posed by natural disasters. By analyzing the current state and objective circumstances of HSR safety operations, this book distinguishes itself from similar publications both domestically and internationally It conducts an in-depth analysis of the safe operation of high-speed railways by adopting a systems science approach that effectively merges theory with practical applications. Furthermore, the book explores the developmental trajectory of high-speed railways and investigates the determination of their safe operation. It comprehensively evaluates the safety of high-speed railway operations by employing mathematical theories of uncertainty, subsequently presenting detailed measures to effectively tackle safety concerns related to high-speed railways.
目錄:
1 Introduction
1.1 Research Background
1.2 Foreign HSR Natural Disaster Warning Systems
1.2.1 Japan‘s HSR Natural Disaster Warning System
1.2.2 French HSR Natural Disaster Warning System
1.2.3 German HSR Natural Disaster Warning System
1.3 China’s HSR Natural Disaster Warning System
1.3.1 HSR Natural Disaster Warning System
1.3.2 Functions of the HSR Natural Disaster Warning System
1.4 Main Warning Content
Bibliography
2 An Earthquake Disaster Warning System for HSR Operation Safety
2.1 Status Quo Analysis of Earthquake Early Warning System
2.1.1 Japan‘s Earthquake Warning System
2.1.2 French Earthquake Warning System
2.1.3 German Earthquake Warning System
2.2 Earthquake Warning System for HSR
2.2.1 Acquisition and Identification of Earthquake Warning Information
2.2.2 Early Warning Thresholds for Earthquakes
2.2.3 Coupling System of Earthquake Warning System and Railway Disaster Prevention and Safety Warning System
2.2.4 Information Sharing System for Earthquake Early Warning
2.3 Influence Mechanisms of Earthquakes on HSR Operation Safety
2.3.1 Analysis of Earthquake Characteristics for HSR
2.3.2 Layout of Earthquake Monitoring Points for HSR
2.3.3 Definition of HSR Earthquake Threshold
2.3.4 Definition of the HSR Earthquake Alarm Range
2.4 Earthquake Warning System for HSR
2.4.1 Architecture of the HSR Earthquake Warning System
2.4.2 HSR Earthquake Warning Process
2.5 HSR Earthquake Warning Model
2.5.1 Monitoring Range of Earthquakes
2.5.2 Data Ptocessing Model for HSR Earthquake Warning
2.5.3 Earthquake Warning for HSR
2.5.4 Composition of the HSR Earthquake Warning System
2.6 Summary of This Chapter Bibliography
3 A Lightning Warning System for HSR Operation Safety
3.1 Status Quo Analysis of the HSR Lightning Warning System
3.1.1 German HSR Lightning Warning System
3.1.2 Japan’s HSR Lightning Warning System
3.1.3 China‘s HSR Lightning Warning System
3.1.4 Comparison of HSR Lightning Warning Systems in China and Abroad
3.2 Influence Mechanisms of Lightning on HSR Operation Safety
3.2.1 Mechanism of the Lightning Impact on HSR Signal System
3.2.2 Vulnerability of the HSR Traction Power Supply System in Ligh Uung Environments
3.2.3 Definition of Parameters for Lightning Hazard Warning
3.3 Lightning Warning System for HSR Operation Safety
3.3.1 Early Warning Methods for Lightning Hazards to HSR
3.3.2 Lightning Hazard Warning System for HSR Operation Safety
3.4 Summary of This Chapter Bibliography
4 A Temperature Warning System for HSR Operation Safety
4.1 Current Situation Analysis for Temperature Disaster Warning System
4.1.1 Japan’s Temperature Warning System
4.1.2 Warning System for Temperature Disasters in Britain
4.1.3 Warning System for Temperature Disasters in Germany
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5 A Rainstorm Warning System for the HSR Safety Operation
6 A Ecological Warning System for the HSR Safety Operation
7 A Crosswind Disaster Warning System for the HSR Safety Operation
8 An Integrated Natural Disaster Warning System for the HSR Safety Operation