• Experimental characterisation of walking locomotion on rigid level surfaces using motion capture system 

  Dang, HV; Zivanovic, S (Elsevier, 17 March 2015)

  Low-frequency structures, such as footbridges and long-span floors, are often sensitive to variations in dynamic loading induced by pedestrians. As a result, the design of these structures using traditional deterministic ...

• Mechanical properties of concrete reinforced with recycled HDPE plastic fibres 

  Pesic, N; Zivanovic, S; Garcia, R; et al. (Elsevier, 22 April 2016)

  This work investigates potential engineering benefits of the pioneering application of simply extruded recycled high-density polyethylene (HDPE) plastic fibres in structural concrete. Mechanical and serviceability properties ...

• Influence of Low-Frequency Vertical Vibration on Walking Locomotion 

  Dang, HV; Zivanovic, S (American Society of Civil Engineers, 6 July 2016)

  Walking locomotion has been a subject of studies in diverse research fields, such as computer, medical, and sport sciences, biomechanics, and robotics, resulting in improved understanding of underlying body motion and gait ...

• Measuring Ground Reaction Force and Quantifying Variability in Jumping and Bobbing Actions 

  McDonald, MG; Zivanovic, S (American Society of Civil Engineers, 24 August 2016)

  This paper investigates variability in bobbing and jumping actions, including variations within a population of eight test subjects (intersubject variability) and variability on a cycle-by-cycle basis for each individual ...

• Frequency response function-based explicit framework for dynamic identification in human-structure systems 

  Wei, X; Zivanovic, S (Elsevier, 19 February 2018)

  The aim of this paper is to propose a novel theoretical framework for dynamic identification in a structure occupied by a single human. The framework enables the prediction of the dynamics of the human-structure system ...

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