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 …

The present study is done to perform the optimal design of the structural components of the
buildings against the unwanted wind load exerted on their outer face. To this end, the case …

We mitigate vortex-induced vibrations of a square cylinder at a Reynolds number of 100
using deep reinforcement learning (DRL)-based active flow control (AFC). The proposed …

This article describes an innovative methodology for estimating in-plane horizontal
displacements of Civil Engineering structures based on video systems integrated on …

Field measurement is the most reliable and intuitive method to assess the wind effects of
super high-rise buildings. However, due to the different inherent characteristics of each …

Unstable interaction between shear layers that form in the wake of an isolated building
exposed to wind can drive natural pumping ventilation in windward and leeward facing …

This paper presents a comprehensive analysis on a super-tall structure where a numerical
approach is used to measure its structural response when subjected to turbulent wind. The …

The new-generation high-rise buildings are taller and more flexible than before. Rigid model
and aeroelastic model tests of a proposed steel super high-rise building with a height of 838 …

In order to obtain a larger VIV response and harvest energy more efficiently in wider flow
velocity ranges in long-distance transport pipelines, the effects of the elastic modulus of …

High-rise buildings, with similar natural frequencies of sway modes in two orthogonal
directions, can have coupled vibrations when exposed to strong wind exhibiting complex …