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Forside Projects Completed Prediction and Control Of Pedestrian-Induced Vibration On an Interior Footbridge
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Forside Projects Completed Prediction and Control Of Pedestrian...
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  • Cable Aerodynamic Control
  • Parallel Mono-strand Stay Cable Bending Fatigue
  • Prediction and Control Of Pedestrian-Induced Vibration On an Interior Footbridge
  • Understanding of bridge cable vibration mechanisms under varying meteorological conditions
  • Risk Assessment of Stay Cable Fatigue
  • Aerodynamic Load Coefficients of Lattice Masts
  • Full-Scale Monitoring and Prediction of Bridge Cable Vibrations
  • Fatigue of Monostrand High-Strength Steel Cables under Bending
  • Cable Aerodynamic Control
  • Vibration Control of Bridge Cables
 

Prediction and Control Of Pedestrian-Induced Vibration On an Interior Footbridge

Students: Miki Kabayashi

Supervisor(s): Holger Koss, Einar Thór Ingólfsson 
Industrial Partners: Rambøll


Updated on 12 December 2014
Responsible editor: Christos T. Georgakis
Updated on 12 December 2014
Responsible editor: Christos T. Georgakis
CESDyn

Civil Engineering Structural Dynamics Group

Building 118

2800 Kgs. Lyngby

hko@byg.dtu.dk

Tlf. 45251655

DTU.dk
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https://www.cesdyn.byg.dtu.dk/projects/completed/prediction-and-control-of-perdestrian-induced-vibrations-on-an-interior-footbridge
15 JUNE 2025