Publication | Closed Access
Synchronization of human walking observed during lateral vibration of a congested pedestrian bridge
287
Citations
7
References
1993
Year
EngineeringVideo CameraMotor ControlStructural EngineeringMovement AnalysisMobility SupportBridge DesignKinesiologyVibrationsLateral VibrationKinematicsHuman MotionHealth SciencesStructural VibrationCongested Pedestrian BridgeStructural Health MonitoringRehabilitationGirder Lateral VibrationBipedal LocomotionCivil EngineeringHuman MovementVibration ControlActual Pedestrian Bridge
Abstract Observation of human‐induced large‐amplitude lateral vibration of an actual pedestrian bridge in an extremely congested condition is reported. Walking motions of pedestrians recorded by a video camera are analysed. It is found that walking among 20 per cent or more of the pedestrians on the bridge was synchronized to the girder lateral vibration. With this synchronization, the total lateral force from the pedestrians to the girder is evidently increased and it acts as a resonant force on the girder lateral vibration.
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