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 …

Accurate evaluation of structural performance is necessary in modern tall building design. In
wind engineering, the current approach employed by researchers is the Monte-Carlo …

The objective of the present paper is to investigate the unsteady characteristics of the global
and local wind loads and their relationships with the oncoming atmospheric boundary layer …

Examination of wind loading uncertainty is necessary for structural fragility analysis of tall
buildings in the context of performance-based wind engineering. One of the sources of …

The paper presents the results of wind tunnel tests to measure unsteady aerodynamic loads
on a scaled-helicopter operating in the airwake of a generic frigate model. Rotor loads were …

This study examines in detail the quasi-steady aerodynamic theory, which is widely applied
in wind engineering for the evaluation of wind loads. The authors propose an alternative …

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 …

The wind-induced damages on quayside container cranes happen occasionally in recent
years, which is mostly sliding and overturning caused by transient gusty wind (particularly …

High-frequency force balance (HFFB) technology is a popular experimental method for
investigating dynamic wind loading and wind-induced response of high-rise buildings. A …

This study focuses on the analytical identification and quantification of one type of spurious
responses in the context of response history analysis. The spurious response is caused by …