Now showing items 1-14 of 14

    Issue DateTitleAuthor(s)
    12 June 2018Advanced Fourier-based Model of Bouncing Loads  Racic, V; Chen, J; Pavic, A
    9 December 2013Data-driven model of random lateral pedestrian excitation  Racic, V; Brownjohn, JMW; Pavic, A
    20 October 2016Effect of group walking traffic on dynamic properties of pedestrian structures  Shahabpoor, E; Pavic, A; Racic, V; et al.
    27 May 2013Effect of sensory stimuli on dynamic loading induced by people bouncing  Racic, V; Brownjohn, JMW; Wang, S; et al.
    9 December 2022Fourier series approximation of vertical walking force-time history through Frequentist and Bayesian inference  Peters, AE; Racic, V; Živanović, S; et al.
    3 November 2017Identification of walking human model using agent-based modelling  Shahabpoor, E; Pavic, A; Racic, V
    18 May 2018Improved model for human induced vibrations of high-frequency floors  Pavic, A; Mohammed, AS; Racic, V
    1 September 2014Learn++ for robust object tracking  Zheng, F; Shao, L; Brownjohn, J; et al.
    1 June 2012Modern facilities for experimental measurement of dynamic loads induced by humans: a literature review  Racic, V; Pavic, A; Brownjohn, JMW
    2007Statistical characterisation of parameters defining human walking as observed on an indoor passerelle  Zinvanovic, S; Racic, V; Pavic, A
    27 December 2017Time-dependent spectral analysis of interactions within groups of walking pedestrians and vertical structural motion using wavelets  Bocian, M; Brownjohn, JMW; Racic, V; et al.
    24 April 2018Using inertial measurement units to identify medio-lateral ground reaction forces due to walking and swaying  Brownjohn, JMW; Chen, J; Bocian, M; et al.
    23 May 2019Vibration performance of a lightweight FRP footbridge under human dynamic excitation  Živanović, S; Russell, JM; Racic, V
    20 January 2017Vibration Serviceability of Pedestrian Structures in Vertical Direction including Human-structure Interaction: New Statistical Framework for Assessment  Shahabpoor, E; Pavic, A; Racic, V