Research Explorer

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Researcher

Pieter Van den Berghe

28 Results

2022

Biomechanical adaptations following a music‐based biofeedback gait retraining program to reduce peak tibial accelerations

Rud DeriePieter Van den BergheJoeri GerloSenne BonnaerensIne Van CaekenberghePieter FiersDirk De ClercqVeerle Segers

A1 Journal Article in SCANDINAVIAN JOURNAL OF MEDICINE & SCIENCE IN SPORTS

Foot strike determines the center of pressure behavior and affects impact severity in heel-toe running

Pieter Van den BergheLaurence WarlopRud DerieMarc LemanDirk De ClercqBastiaan Breine

A1 Journal Article in JOURNAL OF SPORTS SCIENCES

Motor retraining by real-time sonic feedback : understanding strategies of low impact running (PhD Academy Award)

Pieter Van den Berghe

Editorial material

One hundred marathons in 100 days : unique biomechanical signature and the evolution of force characteristics and bone density

Pieter Van den BergheBastiaan BreineElla HaeckDirk De Clercq

A1 Journal Article in JOURNAL OF SPORT AND HEALTH SCIENCE

Reducing the peak tibial acceleration of running by music‐based biofeedback : a quasi‐randomized controlled trial

Pieter Van den BergheRud DeriePieter BauwensJoeri GerloVeerle SegersMarc LemanDirk De Clercq

A1 Journal Article in SCANDINAVIAN JOURNAL OF MEDICINE & SCIENCE IN SPORTS

2021

Biomechanical analysis of a long-distance runner who finished 100 marathons in 100 days

Pieter Van den BergheBastiaan BreineVeerle SegersDirk De Clercq

Feedback-based running retraining for impact reduction : the relationship between peak tibial acceleration and step frequency

Pieter Van den BergheRud DerieVeerle SegersMarc LemanDirk De Clercq

Influence of music-based feedback training on peak tibial acceleration during running outside of the biomechanics laboratory

Pieter Van den BergheRud DerieJoeri GerloPieter BauwensVeerle SegersMarc LemanDirk De Clercq

Editorial material

Motor retraining by real-time sonic feedback : understanding strategies of low impact running

Pieter Van den BergheVeerle SegersDirk De ClercqMarc Leman

Music-based biofeedback induced running-gait adaptations for lower impact running

Rud DeriePieter Van den BergheJoeri GerloMarc LemanDirk De ClercqVeerle Segers

Music-based biofeedback to reduce tibial shock in over-ground running : a proof-of-concept study

Pieter Van den BergheValerio LorenzoniRud DerieJoren SixJoeri GerloMarc LemanDirk De Clercq

A1 Journal Article in SCIENTIFIC REPORTS

Predicting gait events from tibial acceleration in rearfoot running : a structured machine learning approach

Pieter RobberechtsRud DeriePieter Van den BergheJoeri GerloDirk De ClercqVeerle SegersJesse Davis

A1 Journal Article in GAIT & POSTURE

2020

Change-point detection of peak tibial acceleration in overground running retraining

Pieter Van den BergheMaxim GosseriesJoeri GerloMatthieu LenoirMarc LemanDirk De Clercq

A1 Journal Article in SENSORS

Tibial acceleration-based prediction of maximal vertical loading rate during overground running : a machine learning approach

Rud DeriePieter RobberechtsPieter Van den BergheJoeri GerloDirk De ClercqVeerle SegersJesse Davis

A1 Journal Article in FRONTIERS IN BIOENGINEERING AND BIOTECHNOLOGY

2019

Consolidation of the atypical rearfoot strike pattern in distance runners and linkage to tibial shocks

Pieter Van den BergheRud DerieLaurence WarlopBastiaan BreineJoeri GerloMarc LemanDirk De Clercq

Design and validation of an auditory biofeedback system for modification of running parameters

Valerio LorenzoniPieter Van den BerghePieter-Jan MaesTijl De BieDirk De ClercqMarc Leman

A1 Journal Article in JOURNAL ON MULTIMODAL USER INTERFACES

Machine learning as a tool to predict impact loading during over-ground distance running

Rud DeriePieter RobberechtsPieter Van den BergheJoeri GerloDirk De ClercqVeerle SegersJesse Davis

Multi-directional peak tibial accelerations in over-ground, level, running : a multicenter study

Pieter Van den BergheSander De BockMarlene GiandoliniBastiaan BreineAllison GruberJoren SixNicolas HorvaisPierre SamozinoJean-Benoit MorinMarc Leman et al.

Rearfoot running in athletic footwear : (a)typical rearfoot and resultant peak tibial acceleration

Laurence WarlopPieter Van den BergheRud DerieVeerle SegersDirk De Clercq

Validity and reliability of peak tibial accelerations as real-time measure of impact loading during over-ground rearfoot running at different speeds

Pieter Van den BergheJoren SixJoeri GerloMarc LemanDirk De Clercq

A1 Journal Article in JOURNAL OF BIOMECHANICS

2018

A biofeedback music-sonification system for gait retraining

Valerio LorenzoniPieter-Jan MaesPieter Van den BergheDirk De ClercqTijl De BieMarc Leman

Exoskeleton assistance symmetry matters : unilateral assistance reduces metabolic cost, but relatively less than bilateral assistance

Philippe MalcolmSamuel GallePieter Van den BergheDirk De Clercq

A1 Journal Article in JOURNAL OF NEUROENGINEERING AND REHABILITATION

Real-time music-based biofeedback to reduce impact loading during over-ground running

Pieter Van den BergheValerio LorenzoniJoeri GerloBastiaan BreineRud DerieJoren SixMarc LemanDirk De Clercq

Resultant peak tibial acceleration is a measure of impact loading in overground rearfoot running : a validation and reliability study across speeds

Pieter Van den BergheJoren SixJoeri GerloBastiaan BreineRud DerieMarc LemanDirk De Clercq

2017

Converted forefoot striking differently affects parameters of impact intensity in overground running

Pieter Van den BergheSander De BockJoren SixMarc LemanDirk De Clercq

2016

Monitoring and analysis of training load and physical performance in elite soccer

Pieter Van den BergheRud DerieJan BourgoisJan Boone

2015

Analysis of walking with unilateral exoskeleton assistance compared to bilateral assistance with matched work

Philippe MalcolmSamuel GallePieter Van den BergheDirk De Clercq

Unilateral exoskeleton assistance lowers metabolic cost in human walking

Pieter Van den BerghePhilippe MalcolmSamuel GalleDirk De Clercq