For high-speed railways (HSR) in wind prone regions, wind barriers are often installed on
bridges to ensure the running safety of trains. This paper analyzes the effect of wind barriers …

Vehicles and trains are particularly sensitive to wind effects when passing on bridges and
viaducts. As a possible countermeasure, wind barriers are considered to be a valuable …

An analysis framework for vehicle-bridge dynamic interaction system under turbulent wind is
proposed based on the relevant theory of wind engineering and dynamics. Considering the …

A new procedure to assess the crosswind hazard of operating a vehicle over a bridge deck
has been developed using a probabilistic approach that utilizes long-term wind data at …

To investigate the aerodynamic effect of wind barriers on a high-speed train-bridge system,
a sectional model test was conducted in a closed-circuit-type wind tunnel. Several different …

This study investigates the design criteria required for wind barriers to protect vehicles
running on an expressway under a high side wind. At the first stage of this study, the lateral …

The wind tunnel test is conducted to measure the wind loads of a train and the wind
pressure distribution above track. The dynamic responses of vehicle are calculated by using …

The calculation formulae for change of wind load acting on the car-body are derived when a
train moves into or out of the wind barrier structure, the dynamic analysis model of wind …

An adjustable, louver-type wind barrier was introduced in this study for improving the
running safety and ride comfort of train on the bridge under the undesirable wind …

A systematic approach was proposed to assess vehicle accident risk over sea-crossing
bridges under strong winds. The annual frequency of an accident was evaluated as a risk …