The number of tall buildings has significantly increased in all around the world due to rapid
technology and urbanization advancements. However, the wind-induced response has …

The primary objective of this paper is to study the dynamic responses of a flexible multiple
degree-of-freedom structure coupled with the three-dimensional motions of a nonlinear …

Wind tunnel testing techniques are the main research tools for evaluating the wind loadings
of buildings. They are significant in designing structurally safe and comfortable buildings …

As high-rise buildings become more and more slender and flexible, the wind effect has
become a major concern to modern buildings. At present, wind engineering for high-rise …

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 …

This paper investigates inter-building and intra-building aerodynamic correlations of linked
buildings (LBs, ie, adjacent tall buildings structurally connected by links such as skybridges …

This study presents the results of a comparative study of the wind characteristics of three
typhoons presenting similar characteristics, based on stationary and nonstationary models …

This paper presents a procedure for response prediction in high-rise buildings under wind
loads. The procedure is illustrated in an application example of a tall building exposed to …

The high-frequency force balance (HFFB) wind tunnel test is one of the most widely used
techniques to estimate wind effects on supertall buildings. This paper introduces a wind …

This paper presents a computer vision-based vibration measurement (VVM) method for wind
tunnel tests of typical aeroelastic high-rise building models. After reviewing the existing …