Collisions between road users (drivers, cyclists, motorcyclists, pedestrians) and trains at rail
level crossings (RLXs) remain an intractable issue. This systematic review aimed to …

Railway level crossings (RLCs) are critical points characterized by a large number of
accidents per year due to the intersection of railway and roadway infrastructures. The …

Railway level crossings (LCs), as the intersection of road and rail transport, are the weak
points in terms of safety, as they are used by different modes of transport. The safety level at …

Most railway level crossings in high-traffic road environments are actively protected and
safest when exposure is taken into account, supporting the rail industry's strategy to focus on …

Algorithms for simulation of trains as coupled detailed spatial and simplified one-
dimensional models of rail vehicles are considered. Such an approach to train dynamics …

Train-vehicle collisions at STOP-sign-controlled grade crossings attract many concerns in
China and across the world. Researchers have demonstrated that the cost-effective …

Purpose In the process of nowadays efficiency evaluation of any mode of transportation,
sustainability results are the most important factor. In regard to railway sustainability, Train …

New models and methods have been designed to predict the influence of the user's
environment and activity information to the driving style in standard automotive …

Drivers' non-compliance with rules is a prominent factor in collisions with trains at railway
level crossings. Road user impatience and frustration has been identified as an underlying …

Objective: The behavioral validation of an advanced driving simulator for its use in
evaluating passive level crossing countermeasures was performed for stop** compliance …