1 minute video animation. Shows simulation of 240 pedestrians, using 80 bipeds, starting from un-synced walking and eventually synchronizing to shake the bridge, albeit with multistep periodic motion
Contains detailed equations of motion, additional mathematical and parametric information, additiona...
Recently, the interest of researchers for the study of lateral oscillations of footbridges caused by...
Progress in understanding human-structure interaction (HSI) on footbridges has been hampered by the ...
1 minute video animation. Shows simulation of 400 pedestrians, using 80 bipeds, starting from un-syn...
1 minute video animation. Shows simulation of 80 pedestrians, using 80 bipeds, where the bipeds do n...
1 minute video animation. Shows multiple simulations and visualizations to summarize the different p...
Why did the London Millennium Bridge shake when there was a big enough crowd walking on it? What fea...
This paper proposes a framework for the visualization of crowd walking synchronization on footbridge...
The unexpected pedestrian-excited vibration of London’s Millennium Bridge was caused by its low damp...
To this day, excessive response of structures subjected to pedestrian loading has been attributed to...
Pedestrian lateral excitation of bridges has received considerable attention since the la...
Marker-less video-based pose estimation promises to allow us to do movement science on existing vide...
The pedestrian-induced instability of the London Millennium Bridge is a widely used example of Kuram...
Abstract: This paper reviews the evidence on dynamic bridge loading caused by moving pedestrians. Th...
Vibration induced by walking pedestrians has motivated research in the civil engineering community f...
Contains detailed equations of motion, additional mathematical and parametric information, additiona...
Recently, the interest of researchers for the study of lateral oscillations of footbridges caused by...
Progress in understanding human-structure interaction (HSI) on footbridges has been hampered by the ...
1 minute video animation. Shows simulation of 400 pedestrians, using 80 bipeds, starting from un-syn...
1 minute video animation. Shows simulation of 80 pedestrians, using 80 bipeds, where the bipeds do n...
1 minute video animation. Shows multiple simulations and visualizations to summarize the different p...
Why did the London Millennium Bridge shake when there was a big enough crowd walking on it? What fea...
This paper proposes a framework for the visualization of crowd walking synchronization on footbridge...
The unexpected pedestrian-excited vibration of London’s Millennium Bridge was caused by its low damp...
To this day, excessive response of structures subjected to pedestrian loading has been attributed to...
Pedestrian lateral excitation of bridges has received considerable attention since the la...
Marker-less video-based pose estimation promises to allow us to do movement science on existing vide...
The pedestrian-induced instability of the London Millennium Bridge is a widely used example of Kuram...
Abstract: This paper reviews the evidence on dynamic bridge loading caused by moving pedestrians. Th...
Vibration induced by walking pedestrians has motivated research in the civil engineering community f...
Contains detailed equations of motion, additional mathematical and parametric information, additiona...
Recently, the interest of researchers for the study of lateral oscillations of footbridges caused by...
Progress in understanding human-structure interaction (HSI) on footbridges has been hampered by the ...
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