Over the past two decades, an upsurge in using Computational Fluid Dynamics (CFD) for
wind design on tall buildings has been observed. An extensive amount of work has been …

Wind tunnel tests have become one of the most effective ways to evaluate aerodynamics
and aeroelasticity in bluff bodies. This paper has firstly overviewed the development of …

Wind tunnel tests on models of a 1000​ kV super high-rise tubular steel transmission tower
were carried out under two wind fields. In order that the boundary conditions for the tower …

Through a series of wind tunnel tests on a self-supported lattice transmission tower model,
the wind loads on the tower were investigated in this paper. According to similarity laws, the …

To ensure acceptable performance for survivability, serviceability and habitability of the
mega-tall buildings, it is necessary to study their wind-induced response characteristics and …

A three-degree-of-freedom aeroelastic model of the standard CAARC Tall Building with a
rectangular cross section was tested in both atmospheric-boundary-layer (ABL) wind tunnel …

The analysis method of wind vibration response of the seismically isolated structure with
viscoelastic damper and tuned mass damper (TMD) under Davenport wind load was studied …

The wind tunnel test is one of the most reliable methods for evaluating the dynamic
response of high-rise buildings considering wind-structure interaction. In conventional …

High-frequency force balance (HFFB) technique is a commonly used method for acquiring
wind-induced response of tall buildings in wind tunnel tests. However, the resonance …

This study investigates the spatial coherence function of wind loads on the lattice frame
structure through a simultaneous double high frequency force balance (HFFB) wind tunnel …