Highway roads intersect with a railroad track, forming a multimodal transportation system. The intersection is called a highway railroad grade crossing (HRGC). Because of the multiple transportation operations, induced conflict at the grade crossing, crashes may happen between road users (e.g., automobiles, pedestrians, bicyclists, etc.) and trains in operations at highway railroad grade crossings. This is a global challenge for many countries around the world. According to the 2022–2026 Indiana Strategic Highway Safety Plan and 2022 Indiana Highway-Rail Grade Crossing Safety Action Plan, one of the biggest challenges facing Indiana is the higher numbers of pedestrians in and around crossing locations and the possible eligibility of Federal funds to address nonmotorized safety concerns. This study systematically examined the grade crossing safety impacts among human factors, environmental factors, warning device conditions, and other factors through extensive site visits and data analysis. Key findings indicate that grade crossing safety is a function of multiple parameters. Different factors have various levels of contribution to the potential crashes. Crash report analysis and site visit outcomes consistently highlighted some factors’ impacts on the grade crossing safety for nonmotorized users in Indiana. Implementing the insights from this study is expected to improve grade crossing safety, mitigate potential grade crossing crashes, and optimize the budget for grade crossing upgrades and improvements.
Active transportation increases physical activity and improves health, yet rising pedestrian and bicyclist deaths are a growing public health concern. In North America, regional agencies allocate transportation investments to support safe walking and bicycling. While comparing crash statistic across regions is standard...
Caitlyn Linehan, T. Nelson, Achituv Cohen· Journal of urban health· 0 citations
OBJECTIVE
Overtaking maneuvers between motor vehicles and bicycles (OVB) represent a critical hazard for cyclists due to required lateral clearances and vehicle speeds. This study aims to evaluate the OVB process in urban environments, focusing on the main geometric and operational attributes that influence cyclists' o...
Ellen Pinto, C. Torres, F. Cunto· Traffic Injury Prevention· 0 citations
Motorcycles are Indonesia’s predominant mode of transportation and contribute to a substantial share of road traffic accidents. The research aims to identify key behavioural factors contributing to motorcycle-related conflict risks at intersections and to propose evidence-based safety interventions. This study analyzed...
Benidiktus Susanto, Siti Malkhamah, Latif Budi Suparma et al.· Journal of the Civil Enginee...· 0 citations
As U.S. cities expand multimodal transportation networks and pursue Vision Zero goals, crash severity among pedestrians and bicyclists remains a critical public safety challenge. Charlotte, NC, offers a timely case study given its rapid urban growth, rising active transportation demand, and commitment to Vision Zero. T...
Fatemeh Abdous, Ramina Javid, Celeste Chavis et al.· Frontiers in Sustainable Cit...· 0 citations
OBJECTIVE
Motor vehicle passing speed and lateral clearance jointly determine both bicyclist injury risk and perceived safety during overtaking events. Most prior studies have examined these factors separately and/or in limited settings. Real-world evidence describing how passing speed and clearance interact across het...
Laura Hamm, Marty Miller· Traffic Injury Prevention· 0 citations