This paper is a critical review of information pertinent to the behaviour of stadia structures
subjected to dynamic crowd loading. It is intended to introduce and explain key concepts in …

Since the well-known Millennium bridge accident happened at the beginning of this century,
both researchers and engineers realized that the human-induced vibration may lead to …

This paper presents a footbridge damage detection and classification framework using
smartphone-recorded responses of micromobility and deep learning techniques. Time …

In the present paper, a detailed crowd model is applied to investigate the impact of vertical
human-structure interaction (HSI) on the dynamic response of footbridges to pedestrian …

Although many models of pedestrian dynamic loading have been proposed, possible
bidirectional interactions between the walker and the excited structure are generally …

An analytical expression for the frequency response function of a coupled pedestrian-bridge
system is presented and evaluated using an experimental measurement campaign …

In the analysis of vibration of footbridges in vertical direction, for crowd situations, there is
evidence in the literature that the whole effect of pedestrian action is not well modeled when …

Dynamic properties of the human body are basic parameters in biomechanics and many
related areas. Experimental test is the most reliable manner to obtain dynamic parameters of …

The segment of micro-vehicles has experienced an increasing spread in recent years since
its positive implications for both individual road users and the whole urban scenario. An …

Human-structure interaction (HSI) issues have gained increasing attention from researchers.
In the present paper, a 3-D spring-loaded inverted pendulum (SLIP) model is established for …