Nowadays, predicting aerodynamics phenomena on bridges with global climate change and
enlarging span length, no doubt it isn't easy. One of the significant factors for designing long …

Vortex-induced vibrations (VIVs) remain a key issue for slotted box girders. To clarify the
influence of additional structural elements on the aerodynamic characteristics of a double …

Long-span highway–railway double-deck truss bridges are mostly located in urban centers,
where noise pollution and traffic safety issues have a great impact. The fully enclosed barrier …

As a wind-sensitive structure, long-span bridges are prone to the vibration excited by
periodic shedding vortex called vortex-induced vibration (VIV). Timely warning and accurate …

Large-span suspension bridges are susceptible to wind loads. Therefore, a more precise
analysis of their wind-induced vibration response is necessary to ensure the structure's …

The main goal of this paper is to explore the mechanism of vortex-induced vibration (VIV) of
a streamlined box girder from the perspective of flow field and pressure distribution. In this …

Owing to the availability of the jet flow control strategy in mitigating strongly alternating
vortex motion and shedding in the wake flow structure, an active jet produced by an air …

涡激振动(VIV) 是大跨度桥梁在低风速时易发生的具有**迫和自激双重性质的自限幅风致振动
现象, 桥面栏杆因其会改变主梁的气动外形而对涡激振动有显著的影响. 为了揭示倾斜栏杆对 …

This investigation meticulously explores the vortex-induced vibration (VIV) characteristics in
Π-shaped girders within long-span cable-stayed bridges, presenting novel VIV mitigation …