Dominic Farris

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Associate Professor

University of Exeter

United Kingdom

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Dominic Farris is an Associate Professor at the University of Exeter, UK. His research focuses on biomechanics, particularly in the areas of human locomotor activities, exoskeleton control, and the neuromechanical adaptations of the foot and ankle. Recent publications include studies on intervention protocols for foot spring mechanisms, machine learning applications in locomotion, and the effects of surface stiffness on hopping frequency.

Recent Grants

Grant: Close

Optimising the spring in your step to enhance footwear design

Open Date: 2016-01-01

Close Date: 2018-12-31

Grant: Close

Muscle and tendon mechanics in human muscle damage

Open Date: 2014-01-01

Close Date: 2017-12-31

Articles (14)

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2025

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2020

Collaborators (7)

Aurora Castro-Méndez

Profesor contratado doctor

Universidad de Sevilla

SPAIN

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Melinda Franettovich Smith

Queensland University of Technology

AUSTRALIA

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Glen Lichtwark

Associate Professor

University of Queensland

AUSTRALIA

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Logan Wade

University of Bath

UNITED KINGDOM

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Taylor J. M. Dick

University of Queensland

AUSTRALIA

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Nicholas Brown

Queensland University of Technology

AUSTRALIA

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Luke Kelly

Griffith University

AUSTRALIA

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Dominic Farris

Research Interests

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About

Recent Grants

Articles (14)

Consensus-based guidelines for intervention protocols targeting the foot spring mechanism during landing: a modified Delphi study

Evaluating Machine Learning-Based Classification of Human Locomotor Activities for Exoskeleton Control Using Inertial Measurement Unit and Pressure Insole Data

Influence of Manipulating Running Foot Strike Angle on Internal Loading of the Tibia

The Effects of Surface Stiffness on Human Hopping Frequency Preference and the Underlying Neuromuscular Function of the Foot and Ankle

Torque–angle relationships of human toe flexor muscles highlight their capacity for propulsion in gait

Effects of passive ankle exoskeletons on neuromuscular function during exaggerated standing sway

Implementation of a passive bi-articular ankle–knee exoskeleton during maximal squat jumping

Neuromechanical adaptations of foot function when hopping on a damped surface

Walking with increasing acceleration is achieved by tuning ankle torque onset timing and rate of torque development

Neuromechanical adaptations of foot function to changes in surface stiffness during hopping

Stepping onto the unknown: reflexes of the foot and ankle while stepping with perturbed perceptions of terrain

Foot stiffening during the push-off phase of human walking is linked to active muscle contraction, and not the windlass mechanism

Joint and muscle-tendon coordination strategies during submaximal jumping

Comparisons of laboratory‐based methods to calculate jump height and improvements to the field‐based flight‐time method

Collaborators (7)

Aurora Castro-Méndez

Melinda Franettovich Smith

Glen Lichtwark

Logan Wade

Taylor J. M. Dick

Nicholas Brown

Luke Kelly

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