Based on the field measurements on a 600-m-tall skyscraper equiped with an active tuned
mass damper (ATMD) system, this paper investigates the control performance of the world's …

The stochastic subspace algorithm is one of the most widely used structural identification
techniques, which is generally involved with the stabilization diagram for estimating modal …

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 …

This paper presents the dynamic behavior monitoring of the 300-m-tall Xiamen twin towers
during Super Typhoon Soksuri by means of social sensing, which involves two individuals …

This paper investigates typhoon-induced wind effects on a skyscraper based on 72-h-long
field measurement records. In this large-scale monitoring study, the wind field characteristics …

Abstract Information on natural frequencies and damping ratios is essential for structural
dynamic analysis. To develop predictive models of modal parameters applicable for modern …

Though the dynamic performance of high‐rise buildings under wind has been widely
investigated, there have been relatively limited studies focusing on the wind effects on 600 …

Damping ratio is one of the most important parameters in the dynamic analysis of high‐rise
buildings for structural design. As a practical damping estimation method, the random …

This paper proposes a method to identify the time‐variant modal frequencies of high‐rise
buildings and applies the method to the field measurements from a 68‐story high‐rise …

In the identification of dynamic properties of heritage buildings, inconsistent stiffness
degradation of components under long-term service leads to structural stiffness eccentricity …