William Taylor

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Professor of Movement Biomechanics

ETH Zürich

Switzerland

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William Taylor is a Professor of Movement Biomechanics at ETH Zürich, Switzerland. His research focuses on knee mechanics, joint kinematics, and the mechanical response in orthopedic contexts. Recent publications include studies on gait analysis using deep learning and noninvasive techniques for spinal alignment in adolescents. His work aims to advance understanding of biomechanical interactions in both healthy and clinical populations.

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Creation of Digital Patient Twins for optimal TKA implantation

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Articles (28)

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2025

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Collaborators (3)

Roman Guggenberger

SWITZERLAND

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Elke Viehweger

Titularprofessur Orthopädische Chirurgie und Traumatologie des Bewegungsapparates

University of Basel

SWITZERLAND

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Sai Ganesh Sarvotham Pai

Singapore Institute of Technology

SINGAPORE

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William Taylor

Research Interests

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About

Recent Grants

Articles (28)

Knee contact force alone is insufficient to validate joint mechanics in musculoskeletal models

A dual-plane fluoroscope to track joint kinematics during dynamic daily activities

Comparative Assessment of the Mechanical Response to Different Screw Dimensions in Scaphoid Fracture Fixation

Leveraging Deep Learning and Wearables for Automatically Identifying Gait Event: Effects of Age and Location of Sensors on the Assessment of Gait Events

A reproducible representation of healthy tibiofemoral kinematics during stair descent using REFRAME – part I: REFRAME foundations and validation

Advances and perspectives in fiber-based electronic devices for next-generation soft systems

Conceptual foundations of a REFRAME-based approach to discriminate across total knee implant designs based on the positions of functional centres of rotation

Noninvasive estimation of internal spinal alignment in patients with adolescent idiopathic scoliosis using PCdare and back shape asymmetry

Probing gait adaptations: The impact of aging on dynamic stability and reflex control mechanisms under varied weight-bearing conditions

The role of limb alignment on natural tibiofemoral kinematics and kinetics

The influence of implant design and limb alignment on in vivo wear rates of fixed‐bearing and rotating‐platform knee implant retrievals

Method for Parametric Evaluation of 3-D Surface Imaging Systems for Applications With Moving Objects

Impact of the external knee flexion moment on patello-femoral loading derived from in vivo loads and kinematics

Prediction of ground reaction forces and moments during walking in children with cerebral palsy.

Minimal Required Resolution to Capture the 3D Shape of the Human Back—A Practical Approach

In Vivo Strain Patterns in the Achilles Tendon During Dynamic Activities: A Comprehensive Survey of the Literature

Experimental and computational evaluation of knee implant wear and creep under in vivo and ISO boundary conditions

Comparable in vivo joint kinematics between self-reported stable and unstable knees after TKA can be explained by muscular adaptation strategies: A retrospective observational study

The influence of partial union on the mechanical strength of scaphoid fractures: a finite element study

A 2D lightweight instrumented wheel for assessing wheelchair functionality/activity

The non-intuitive, in-vivo behavior of aponeuroses in a unipennate muscle

The non-intuitive, in-vivo behavior of aponeuroses in a unipennate muscle

A Stretchable Strain Sensor System for Wireless Measurement of Musculoskeletal Soft Tissue Strains

Identifying treatment non-responders based on pre-treatment gait characteristics - A machine learning approach

Triggers for Freezing of Gait in Individuals with Parkinson's Disease: A Systematic Review

Knee Kinematics are Primarily Determined by Implant Alignment but Knee Kinetics are Mainly Influenced by Muscle Coordination Strategy

Differences in fall-related characteristics across cognitive disorders

Differences in fall-related characteristics across cognitive disorders

Collaborators (3)

Roman Guggenberger

Elke Viehweger

Sai Ganesh Sarvotham Pai

Make your next move.

William Taylor

Research Interests

Explore related searches

Contact this professor

About

Recent Grants

Articles (28)

Knee contact force alone is insufficient to validate joint mechanics in musculoskeletal models

A dual-plane fluoroscope to track joint kinematics during dynamic daily activities

Comparative Assessment of the Mechanical Response to Different Screw Dimensions in Scaphoid Fracture Fixation

Leveraging Deep Learning and Wearables for Automatically Identifying Gait Event: Effects of Age and Location of Sensors on the Assessment of Gait Events

A reproducible representation of healthy tibiofemoral kinematics during stair descent using REFRAME – part I: REFRAME foundations and validation

Advances and perspectives in fiber-based electronic devices for next-generation soft systems

Conceptual foundations of a REFRAME-based approach to discriminate across total knee implant designs based on the positions of functional centres of rotation

Noninvasive estimation of internal spinal alignment in patients with adolescent idiopathic scoliosis using PCdare and back shape asymmetry

Probing gait adaptations: The impact of aging on dynamic stability and reflex control mechanisms under varied weight-bearing conditions

The role of limb alignment on natural tibiofemoral kinematics and kinetics

The influence of implant design and limb alignment on in vivo wear rates of fixed‐bearing and rotating‐platform knee implant retrievals

Method for Parametric Evaluation of 3-D Surface Imaging Systems for Applications With Moving Objects

Impact of the external knee flexion moment on patello-femoral loading derived from in vivo loads and kinematics

Prediction of ground reaction forces and moments during walking in children with cerebral palsy.

Minimal Required Resolution to Capture the 3D Shape of the Human Back—A Practical Approach

In Vivo Strain Patterns in the Achilles Tendon During Dynamic Activities: A Comprehensive Survey of the Literature

Experimental and computational evaluation of knee implant wear and creep under in vivo and ISO boundary conditions

Comparable in vivo joint kinematics between self-reported stable and unstable knees after TKA can be explained by muscular adaptation strategies: A retrospective observational study

The influence of partial union on the mechanical strength of scaphoid fractures: a finite element study

A 2D lightweight instrumented wheel for assessing wheelchair functionality/activity

The non-intuitive, in-vivo behavior of aponeuroses in a unipennate muscle

The non-intuitive, in-vivo behavior of aponeuroses in a unipennate muscle

A Stretchable Strain Sensor System for Wireless Measurement of Musculoskeletal Soft Tissue Strains

Identifying treatment non-responders based on pre-treatment gait characteristics - A machine learning approach

Triggers for Freezing of Gait in Individuals with Parkinson&apos;s Disease: A Systematic Review

Knee Kinematics are Primarily Determined by Implant Alignment but Knee Kinetics are Mainly Influenced by Muscle Coordination Strategy

Differences in fall-related characteristics across cognitive disorders

Differences in fall-related characteristics across cognitive disorders

Collaborators (3)

Roman Guggenberger

Elke Viehweger

Sai Ganesh Sarvotham Pai

Make your next move.

Triggers for Freezing of Gait in Individuals with Parkinson's Disease: A Systematic Review