With the development of modern industry and ever more complex structural loads, the
possibility of fatigue failure is increasing. Fatigue analysis can be used to evaluate the …

The dynamics of vehicle-bridge interaction (VBI) involve the adoption of two-dimensional
(2D) and three-dimensional (3D) vehicle models in simulations. It is worth noting that the 2D …

Bridge stay cables are susceptible to fatigue damage caused by cyclic traffic loads.
However, the effects of road roughness on fatigue assessment are often ignored, even …

Suspenders and displacement-controlled device (DCD) are crucial force transmission
components connecting the girder and the main cable in the continuous suspension bridge …

Fatigue and corrosion are the main reasons for the failure of stay cables. Traffic load also
plays a significant role in cable fatigue. To study the fatigue life of stay cables under the …

With the continuous increase of bridge spans, wind-induced vibrations will pose serious
problems to structural integrity and serviceability. Among the many vibration sources of long …

Field inspection shows that the fillet weld in steel bridge towers may be subjected to
corrosion and fatigue loading simultaneously. To ensure the structural safety in the service …

Stay cables are crucial load-bearing components of long-span cable-stayed bridges.
Because they are sensitive to wind, the wind load is an important control load in their safety …

The combined effect of environmental corrosion and fatigue loads can accelerate the failure
of stay cables. To ensure the safe operation of stay cables, this paper proposed a method for …

Buffeting analysis of long-span suspension bridge has received considerable attention in
the past decades. In current practice, it is challenging to determine the wind turbulence …