Influences of sleeper/crosstie material choices on georisks in railway systems under climate uncertainties

Keyphrases

• Railway Systems 100%
• Sleeper 100%
• Climate Uncertainty 100%
• Material Choice 100%
• Cross-tie 100%
• Georisk 100%
• Lifesaving 33%
• Construction Materials 33%
• Economic Growth 33%
• Long-term Stability 33%
• Polymer Composites 33%
• Potential Consequences 33%
• Climate Change Impacts 33%
• Operational Changes 33%
• Resilience 33%
• Railway Track 33%
• Railway Network 33%
• Failure Mode 33%
• Support Structure 33%
• Tracking Performance 33%
• Railway 33%
• Life Cycle Cost 33%
• Railway Industry 33%
• Track Foundation 33%
• Whole Life 33%
• Railway Sleeper 33%
• Steel-concrete 33%
• Natural Hazards 33%
• Polymer Concrete 33%
• Social Growth 33%
• Timber 33%
• Local Materials 33%
• Carbon Footprint 33%
• Wheel Load 33%
• Railroad Ties 33%
• Railway Gauge 33%
• Natural Climate 33%
• Service Downtime 33%
• Life Design 33%
• Design Maintenance 33%
• Maintenance Downtime 33%
• Cycle Game 33%
• Ground-borne Vibration 33%
• Life Construction 33%
• Life-cycle Performance 33%
• Track Capacity 33%
• Track Reconstruction 33%
• Geotechnical Risk 33%

Engineering

• Railway 100%
• Construction Design 14%
• Term Stability 14%
• Failure Mode 14%
• Supporting Structure 14%
• Lifecycle Cost 14%
• Lifecycle 14%
• Carbon Footprint 14%
• Design Life 14%
• Local Material 14%
• Climate Change Effect 14%
• Operational Risk 14%