The research of human-structure dynamic interaction are reviewed. Firstly, the influence of the crowd load on structural dynamic characteristics is introduced and the advantages and disadvantages of different crowd load models are analyzed. Then, discussing the influence of structural vibration on the human-induced load, especially the influence of different stiffness structures on the crowd load. Finally, questions about human-structure interaction that require further study are presented
Passive humans (sitting or standing) might well be present on flooring-systems, footbridges or other...
The effects of human-structure interaction on the dynamic performance of occupied structures have lo...
In this paper the problem of human structure interaction is faced considering the case of a lightly ...
The research of human-structure dynamic interaction are reviewed. Firstly, the influence of the crow...
Occupants of a structure are thought to behave as a dynamic spring-mass-damper system interacting wi...
Increasing vibration serviceability problems of modern structures have drawn researchers' attention ...
The interest for modelling of human actions acting on structures has been recurrent since the first...
Human-induced rhythmic loading is an increasingly critical aspect in the design process of civil eng...
Slender footbridges are often highly susceptible to human-induced vibrations, due to their low stiff...
To allow for a more accurate description of crowd-induced loading, the present study aims to provide...
This paper contributes to the research of rhythmic behavior of a group of people, which, more or les...
On structures carrying humans (e.g. floors, grandstands in stadia etc.) there may be two different t...
The excessive vibration of footbridges caused by walking pedestrians has generated great public conc...
It is known that humans and structures interact. Humans can cause structures to vibrate, and excessi...
In the present paper, a detailed crowd model is applied to investigate the impact of vertical human-...
Passive humans (sitting or standing) might well be present on flooring-systems, footbridges or other...
The effects of human-structure interaction on the dynamic performance of occupied structures have lo...
In this paper the problem of human structure interaction is faced considering the case of a lightly ...
The research of human-structure dynamic interaction are reviewed. Firstly, the influence of the crow...
Occupants of a structure are thought to behave as a dynamic spring-mass-damper system interacting wi...
Increasing vibration serviceability problems of modern structures have drawn researchers' attention ...
The interest for modelling of human actions acting on structures has been recurrent since the first...
Human-induced rhythmic loading is an increasingly critical aspect in the design process of civil eng...
Slender footbridges are often highly susceptible to human-induced vibrations, due to their low stiff...
To allow for a more accurate description of crowd-induced loading, the present study aims to provide...
This paper contributes to the research of rhythmic behavior of a group of people, which, more or les...
On structures carrying humans (e.g. floors, grandstands in stadia etc.) there may be two different t...
The excessive vibration of footbridges caused by walking pedestrians has generated great public conc...
It is known that humans and structures interact. Humans can cause structures to vibrate, and excessi...
In the present paper, a detailed crowd model is applied to investigate the impact of vertical human-...
Passive humans (sitting or standing) might well be present on flooring-systems, footbridges or other...
The effects of human-structure interaction on the dynamic performance of occupied structures have lo...
In this paper the problem of human structure interaction is faced considering the case of a lightly ...