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Applied Sciences, Vol. 16, Pages 9070: Dynamic Interaction Mechanism and Mitigation Strategy for High-Speed Railway Embankments Crossing Active Ground Fissures Under Double-Track Train Loading
6+ hour, 32+ min ago (379+ words) Ground fissures pose a serious threat to the deformation stability and operational safety of high-speed railway embankments. In this study, a three-dimensional transient finite element model was developed to investigate the dynamic response of a double-track high-speed railway embankment crossing…...
Applied Sciences, Vol. 16, Pages 8976: An Integrated FMEA–HFACS–Bayesian Framework for Railway Risk Assessment: Specification, Survey-Informed Parameterisation and Demonstration
2+ day, 11+ hour ago (541+ words) Background: Integrating human factors into quantitative railway risk assessment remains methodologically unresolved. Failure Mode and Effects Analysis (FMEA) records human contributions as a single occurrence rating and cannot represent their organisational antecedents or their interactions. Purpose: This paper is a…...
Applied Sciences, Vol. 16, Pages 8911: Emotion Analysis in Public Transport
4+ day, 9+ hour ago (366+ words) Global studies indicate that urban public transport systems are facing critical challenges concerning capacity, speed, punctuality, comfort, and network integration, particularly on main transit axes and in central urban areas. At the same time, previous international research in transport planning…...
Applied Sciences, Vol. 16, Pages 8881: LSTM-TCN Forecasting for Short-Term Passenger Flow at Integrated Transport Hubs Using a Population-Mobility Proxy: Ablation Evidence from Shenzhen North Station
5+ day, 8+ hour ago (469+ words) Short-term passenger-flow forecasting at integrated transport hubs requires accurate forecasts with explicit target semantics. This study evaluates long short-term memory (LSTM) and temporal convolutional network (TCN) fusion models using two distinct 5 min targets at Shenzhen North Station: a 2023–2026 regional population-mobility…...
Applied Sciences, Vol. 16, Pages 8674: Ballast Void Formation in Railway Turnouts: A Vehicle–Track Interaction Framework with Dynamic Sleeper Modelling and Spatially Resolved Settlement
1+ week, 5+ day ago (543+ words) Railway turnouts are subject to disproportionately high maintenance costs, partly driven by ballast void formation under asymmetrically loaded sleepers. Existing turnout models rely on detailed three-dimensional finite element track representations and do not readily support iterative long-term settlement analyses across…...
Applied Sciences, Vol. 16, Pages 8567: Experimental Investigation of Ballasted Turnout Deformation According to Adjacent Excavation Using Multi-Sensor Monitoring
2+ week, 1+ day ago (509+ words) This study experimentally investigated the long-term deformation behavior of a ballasted railway turnout affected by adjacent deep excavation through an integrated multi-sensor field-monitoring approach. The monitored facility consisted of two 60 kg, #10 single turnouts located approximately 13 m from an excavation with…...
Applied Sciences, Vol. 16, Pages 8397: Occupancy-Aware High-Speed Rail Pricing with Aggregate Data: A Case Study in China
2+ week, 6+ day ago (319+ words) Aggregate origin–destination data and summary load factors do not identify train-specific flows; imposing each load factor as an exact margin can therefore overstate precision. We develop an auditable high-speed rail pricing framework combining pooled passenger-kilometer entropy completion, an occupancy-aware…...
Applied Sciences, Vol. 16, Pages 8185: Development and Parametric Evaluation of a Novel Load Distribution Model for Dynamic Assessments of Railway Bridges
3+ week, 5+ day ago (577+ words) Increasing train speeds and axle loads result in greater demands on the reliability of predictions for vertical bridge accelerations in high-speed rail traffic. Complex multibody models, e.g., in the form of coupling beam models, allow for the explicit consideration of track…...