Wind engineering has made significant strides in addressing the challenges posed by
exceptional terrains, where traditional methodologies often fall short. This paper reviews the …

Abstract Computational Wind Engineering has undergone numerous developments over the
past few decades and has been applied to solve a variety of wind engineering issues, but it …

The steel-ultrahigh performance concrete (UHPC) composite girder makes the bridge deck
thinner and more streamlined, but their effects on the aerodynamic performance of cable …

The non-Gaussian property of turbulence has been emphasized in some measured wind
data. However, the classic Scanlan buffeting theory with the Gaussian distribution …

Deterministic safety curves of safe train running speeds versus mean wind speeds (MWSs)
have been studied in the time domain, considering the train-bridge interaction (TBI) …

Turbulence coherence in mountainous areas necessitates meticulous evaluation due to the
complex terrain blocking. This study focuses on the turbulence coherence of the non-uniform …

A numerical model of a 5 km long curved floating bridge, planned for the Bjørnafjord, in
Norway, is subjected to strong wind events with stationary mean properties that vary along …

In this study, a π-shaped main beam with typical geometric characteristic parameters was
selected for conducting wind tunnel tests, and the characteristics of the buffeting force were …

As an important part of road transportation, bridge engineering plays a pivotal role in
infrastructure construction. The wind field characteristics of the bridge site area have an …

The buffeting analysis of an uncertain long-span bridge deck was carried out in this paper.
Due to the effect of strong spatial correlation of wind excitation, it should be assumed as …