In this paper the aerodynamic stability of a flat-plate solar tracker under two-dimensional
conditions is studied for different conditions of incident wind speed, U∞, nominal angle of …

In the era of sleek, super slender suspension bridges, facing the issue of stability against
dynamic wind actions represents an increasingly complex challenge. Despite the significant …

To investigate the nonlinear flutter characteristics of long-span suspension bridges under
different deck ancillary structures and configurations, including those with and without a …

Aero‐structural shape design and optimization of bridge decks rely on accurately estimating
their self‐excited aeroelastic forces within the design domain. The inherent nonlinear …

Nonlinear self-excited forces pose a significant role in wind-induced aeroelasticity of long-
span bridges, predominantly characterized by the flutter derivatives. As in other works …

This paper introduces a novel state-space model of nonlinear self-excited forces designed to
capture amplitude dependency and unsteady effect in bluff body aeroelasticity. In the …

Based on the experimental data of the aerodynamic derivative A 2∗ presented in the
literature, evidence was found that supports the existence of a similarity solution between A …

dimensional (3D) vortex-induced vibrations (VIVs) of a long-span suspension bridge and 2D-
to-3D conversion coefficients are addressed in this study. Nonlinear energy-trapping …