A short-term wind speed prediction framework is proposed for bridge traffic control under
strong winds. The framework mainly focuses on improving the prediction accuracy for the …

This paper aims to analyse the driving safety of road vehicles travelling over long-span
bridges under crosswinds in a more reasonable manner by considering the aerodynamic …

The impact of tropical cyclones on the operation of bridges and railways are mostly
dependent on the forecast wind speed trend (upward, downward or staying steady) at …

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 …

The precise identification of the aerodynamic loads on vehicles is a fundamental concern in
assessing the ride comfort of vehicles crossing long-span bridges in the presence of strong …

Accurately identifying the aerodynamic loads on vehicles is the fundamental issue for
assessing the driving safety of vehicles on long-span bridges subjected to strong …

This case study investigates two of the wind-induced vehicle accidents that occurred on a
cable-stayed bridge in Korea over the past 20 years. Both of these incidents happened at …

This study addresses the challenge of maintaining the stability of running vehicles on sea-
crossing bridges in the presence of strong side winds. To ensure safety, bridge operators …