It is essential in a bridge design to study the wind parameters at the bridge site, particularly
in a complex mountain area where the wind characteristics vary from location to location …

Due to increased demands in transportation development, bridge construction has been
extended to areas with complex wind fields. In addition to common flow features such as …

Long-span cable-supported bridges are structures susceptible to high dynamic responses
due to the buffeting phenomenon. The current state-of-the-art method for buffeting response …

The characteristics of wind in mountain valleys are complex; in this paper, we present a
comprehensive analysis of these characteristics using data obtained from two wind masts …

Recent findings from full-scale measurements campaigns and analytical investigations of
the design buffeting response of long-span bridges suggest that the assumptions adopted in …

A large data set of wind and acceleration data collected through long-term monitoring of the
Hardanger Bridge in Norway is described in this data paper. The data set includes both raw …

Structural health monitoring of long-span bridges makes it possible to assess the
assumptions and considerations in the design stage of the structures through measurements …

Wind field characteristics were investigated with a non-stationary wind speed model at a
bridge in a mountain valley, where five anemometers were set along the bridge span for …

A high-speed train (HST) may be suddenly subjected to strong crosswinds when passing
through a tunnel-bridge area in steep valley terrain. Investigating the natural wind …

Long-span bridges are strongly sensitive to wind, and it is important to accurately assess the
wind field of bridge sites. Thus, to strengthen the understanding of the wind field of deep-cut …