Predicting responses of a human-structure interaction system subjected to rhythmic crowd loads

This publication has 22 references indexed in Scilit:

• Human–structure interaction during rhythmic jumping on rectangular plates subjected to time-dependent base excitation
  International Journal of Solids and Structures, 2025
• Exploring interactions between a human rhythmic jumper and an oscillating structure using experimental force–displacement analysis
  Structures, 2023
• Vertical human-structure interaction of a simply-supported steel-glass composite footbridge under both standing and moving pedestrians
  Structures, 2022
• Multi-mode response spectrum for multi-harmonic crowd jumping loads
  Applied Mathematical Modelling, 2022
• A nonlinear frequency-dependent spring-mass model for estimating loading caused by rhythmic human jumping
  Engineering Structures, 2021
• Human-structure interaction experiments to determine the dynamic properties of the standing human body in vertical vibration
  Structures, 2020
• Comparison of two models for human-structure interaction
  Applied Mathematical Modelling, 2016
• Implementation considerations for active vibration control in the design of floor structures
  Engineering Structures, 2012
• A variable mass model for describing load impulses due to periodic jumping
  Engineering Structures, 2008
• Live load induced vibrations in Ullevi Stadium — dynamic dynamic soil analysis
  Soil Dynamics and Earthquake Engineering, 1996