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 extraordinary urbanisation of cities in recent decades urges us to consider the efficient
design of tall buildings. Because of the increased flexibility of slender buildings, wind loads …

This study applies the Dynamic Mode Decomposition (DMD) technique to a prototypical
wind engineering problem of flow past a square prism at a Reynolds number of 22,000 to …

Base isolation technology is widely accepted as an effective strategy for the seismic design
of buildings. Although the elastomeric isolator is still extensively adopted for the base …

When analyzing the wind-induced response of multi-degree-of-freedom (MDOF) structures
controlled by a tuned mass damper-inerter (TMDI), a generalized single-degree-of-freedom …

Nonstationary extreme winds are responsible for many structural damages. However,
empirical models are not available for these winds, especially for fluctuations, mainly due to …

Structural optimization has progressed substantially over the last half century. However, the
literature on optimization of structures under random excitation is limited. This study provides …

Non-stationary extreme winds cause significant damages to buildings and other structures
worldwide. Accurate modeling of these winds is crucial to the evaluation of structural safety …

To evaluate the suitability of machine learning algorithms in predicting wind effects on high-
rise buildings, this study investigates the prediction of wind load power spectrum for the …

Accurate wind pressure analysis on high‐rise buildings is critical for wind load prediction.
However, traditional methods struggle with the inherent complexity and multiscale nature of …