Robert Lloyd

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Lecturer in Biomechanics

UNSW Sydney

Australia

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Robert Lloyd is a Lecturer in Biomechanics at UNSW Sydney, Australia. His research focuses on various aspects of biomechanics, including respiratory cerebrospinal fluid flow, muscle fiber orientations, and anatomical modeling of the tongue. Recent publications have explored topics such as intrathoracic pressure effects on tracer influx in the spinal cord and the shear properties of adipose tissue, demonstrating his commitment to advancing the understanding of human biomechanics.

Recent Grants

Grant: Open

A neuro-biomechanical model of the pharynx during breathing and swallowing

Open Date: 2025-01-01

Close Date: 2028-12-31

Grant: Close

CHIARI MALFORMATION: DEFINING PATHOPHYSIOLOGY AND TREATMENT GOALS

Open Date: 2022-01-01

Close Date: 2025-12-01

Articles (10)

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2025

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2025

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2025

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2025

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2023

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2023

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2022

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2022

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2021

Year:

2020

Collaborators (4)

Marcus Stoodley

Macquarie University

AUSTRALIA

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Simon McMullan

Associate Professor & Group Leader

Macquarie University

AUSTRALIA

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Ralph Sinkus

King’s College London

UNITED KINGDOM

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sarah hemley

Macquarie University

AUSTRALIA

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Robert Lloyd

Research Interests

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About

Recent Grants

Articles (10)

How volume changes in the epidural space drives respiratory cerebrospinal fluid flow

Prediction of Rotator Cuff Muscle Fibre Orientations Using a Population-Averaged Atlas Generated With Anatomical and Diffusion-Weighted Magnetic Resonance Images

How mandibular and hyoid morphology alters tongue muscle architecture in healthy adults: An anatomical atlas and statistical shape model of the tongue

A mechanically consistent muscle model shows that the maximum force-generating capacity of muscles is influenced by optimal fascicle length and muscle shape

O043 Investigating Upper-Airway Mechanics with Computational Tongue Models

Strain-dependent shear properties of human adipose tissue in vivo

Statistical shape models of the posterior cranial fossa and hindbrain volumes may provide a more robust clinical metric for Chiari malformation

Changes in intrathoracic pressure, not arterial pulsations, exert the greatest effect on tracer influx in the spinal cord

Magnetic Resonance Elastography Reconstruction for Anisotropic Tissues

Respiratory cerebrospinal fluid flow is driven by the thoracic and lumbar spinal pressures

Collaborators (4)

Marcus Stoodley

Simon McMullan

Ralph Sinkus

sarah hemley

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