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

Automatic modal identification via automatically interpreting the stabilization diagram
provides key technique in bridge structural health monitoring. This paper reviews the …

Within industrial standards, effects due to wind–wave interaction on the marine atmospheric
boundary layer (ABL) may be included via the Charnock sea-surface roughness parameter …

Abstract Machine learning algorithms can sensitively capture the characteristics of vortex
induced vibration (VIV) of the girder in long span bridge from the extensive historical data …

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 …

Bridges will inevitably experience structural damage during long-term operation, which will
decrease their structural load bearing capacity and durability. The vibration characteristics of …

Given the substantial influence of wind loading on the structural performance of long-span
bridges, continuous monitoring of wind field characteristics in their vicinity is paramount …

Compared to onshore turbines, floating offshore wind turbines (FOWTs) take advantage of
the increased availability of offshore wind while causing less environmental impact …

It is inevitably to encounter overtaking events as vehicles pass through long-span bridges
under crosswinds. The effects of the aerodynamic interference on the dynamic responses of …

Energy harvesting from vortex-induced vibrations is a promising technology that relies on
the vibrations of bluff bodies due to vortex shedding. Increasing the vibration amplitude at a …