Published in Journal of Biomechanics, 2024
Authors: Glen A. Lichtwark, Robert W. Schuster, Luke A. Kelly, Stewart G. Trost, & Alina Bialkowski
The accuracy of ground reaction forces, predicted using the centre of mass kinematics extracted from markerless motion capture, was assessed during walking, running, cutting and jumping.
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Published in Proceedings of the Royal Society B, 2024
Authors: Robert W. Schuster, Andrew G. Cresswell, & Luke A. Kelly
The relationship between characteristics of the external shape of healthy human feet and their joint mechanics during locomotion was investigated by constructing a statistical shape-function model.
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Published in Footwear Science, 2023
Authors: Sarah Hemler, Robert W. Schuster, Zoltan Pataky, & Luke A. Kelly
Foot shape models from 3D foot scans of older adults with and without diabetes mellitus were constructed and compared.
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Published in Journal of The Royal Society Interface, 2023
Authors: Robert W. Schuster, Andrew G. Cresswell, & Luke A. Kelly
This paper investigated whether foot shape characteristics are related to foot deformations and whether either of the two, or their combination, could predict plantar soft tissue stiffness.
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Published in International Journal of Sports Physiology and Performance, 2021
Authors: Peter W. Harrison, Lachlan P. James, David G. Jenkins, Michael R. McGuigan, Robert W. Schuster, & Vincent G. Kelly
The time-course of squat jump and countermovement jump performance, psychophysiological state and saliva hormoneresponses were examined 5min, 8h, 24h and 32h following high- and moderate-load half squats.
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Published in Journal of Biomechanics, 2021
Authors: Robert W. Schuster, Andrew G. Cresswell, & Luke A. Kelly
A group of healthy human feet were scanned twice each by two examiners and statistical shape models constructed to determine their respective reliability and repeatability.
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Published in Journal of Electromyography and Kinesiology, 2020
Authors: Robert W. Schuster, Florian K. Paternoster, & Wolfgang Seiberl
Drop jump performance and stretch reflex response were assesed below, at, and above the drop height that produced maximal performance.
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