Ground reaction force variables as a function of running velocity.

Image1_Using statistical parametric mapping to assess the association of duty factor and step frequency on running kinetic.pdf

Aurélien Patoz (10898784)
Thibault Lussiana (11645011)
Bastiaan Breine (11645014)
Eliott Piguet (14213660)
Jonathan Gyuriga (14213663)
Cyrille Gindre (11645017)
Davide Malatesta (521895)

December 2022

Duty factor (DF) and step frequency (SF) were previously defined as the key running pattern determin...

Ground reaction force metrics are not strongly correlated with tibial bone load when running across speeds and slopes: implications for science, sport and wearable tech

Emily S. Matijevich
Lauren M. Branscombe
Leon R. Scott
Karl E. Zelik

January 2019

An interactive user interface and the raw data from the manuscript titled: "Ground reaction force me...

Ground reaction force and center of pressure time-series profiles.

Daniel J. Davis (11240908)
John H. Challis (7205120)

September 2022

Panels A-C: Anterior-posterior (ap), vertical (v), and medial-lateral (ml) ground reaction force pro...

Spatio-temporal stride variables and ground reaction force data (Mean ±SD) with statistics for older walkers and older runners.

Justus D. Ortega (663896)
Owen N. Beck (663897)
Jaclyn M. Roby (663898)
Aria L. Turney (663899)
Rodger Kram (663900)

November 2014

<p>Peak vertical ground reaction forces (VGRF) and horizontal ground reaction forces (HGRF) are repr...

Ground reaction force characteristics during each subject group in mean (standard deviation).

Wing-Kai Lam (3857986)
Ki-Kwang Lee (3857992)
Sang-Kyoon Park (3857995)
Jaejin Ryue (3857998)
Suk-Hoon Yoon (5851697)
Jiseon Ryu (3857989)

October 2018

BW = body weight; η2 = partial eta squared; β = observed power. Significant P-values (S1 File).</p

Combinations of loading conditions with significant differences in ground reaction force variables.

Norihide Sugisaki (590436)
Kai Kobayashi (17621624)
Takaya Yoshimoto (17621627)
Naotoshi Mitsukawa (6032471)
Hiroyasu Tsuchie (17621630)
Yohei Takai (485633)
Hiroaki Kanehisa (485634)

December 2023

Combinations of loading conditions with significant differences in ground reaction force variables.<...

Estimates of running ground reaction force parameters from motion analysis

G. Pavei
E. Seminati
J.L. Lopes Storniolo Junior
L.A. Peyr&#232

February 2017

We compared running mechanics parameters determined from ground reaction force (GRF) measurements wi...

Spatiotemporal variables as a function of step-averaged velocity.

Norihide Sugisaki (590436)
Kai Kobayashi (17621624)
Takaya Yoshimoto (17621627)
Naotoshi Mitsukawa (6032471)
Hiroyasu Tsuchie (17621630)
Yohei Takai (485633)
Hiroaki Kanehisa (485634)

December 2023

Values are means ± standard deviations. Symbols in the figure indicate significant differences betwe...

Example of each measurement variable plotted against step-averaged velocity.

Norihide Sugisaki (590436)
Kai Kobayashi (17621624)
Takaya Yoshimoto (17621627)
Naotoshi Mitsukawa (6032471)
Hiroyasu Tsuchie (17621630)
Yohei Takai (485633)
Hiroaki Kanehisa (485634)

December 2023

Data are from one subject in 6 kg loading condition. Gray circles: Measured values. Black triangles:...

Printed in Great Britain Pergamon Journals Ltd. GROUND REACTION FORCES IN RUNNING: A REEXAMINATION

Carolyn F Munro
Doris I. Miller
Andrew J. Fuglevand

March 2015

Ground reaction force-time histories, which reflect the acceleration patterns of the center of gravi...

Ground reaction force measurements correlated to the body mass.

Eva Schnabl-Feichter (3875845)
Alexander Tichy (487843)
Barbara Bockstahler (3875848)

March 2017

<p>Limbs: Red: Left fore, Blue: Right fore, Orange: Left hind, Green: Right hind; Parameters: PFz = ...

Rinrcd in Grat Briuin GROUND REACTION FORCES IN RUNNING: A REEXAMINATION

Carolyn F. Munro
Doris I. Miller
Andrew J. Fuglevand

March 2015

Abstract4round reaction f o m (GRF) data were collected on twenty adult males during running stance ...

Impulse values determined from ground reaction force-time profiles.

Daniel J. Davis (11240908)
John H. Challis (7205120)

September 2022

Values represent mean ± standard deviation and are normalized to total mass in each condition. (DOCX...

Force trends due to changing speed vs. changing slope for a single subject (Subject 1).

Emily S. Matijevich (6240356)
Lauren M. Branscombe (6240359)
Leon R. Scott (6240362)
Karl E. Zelik (181117)

January 2019

Lines represent regression results for GRF metrics vs. tibial bone load metrics when only speed or s...

Predicting impact shock magnitude: which ground reaction force variable should we use?

Greenhalgh, Andrew
Sinclair, Jonathan Kenneth
Protheroe, Laurence
Chockalingam, Nachiappan

December 2012

Peak tibial acceleration (PTA) measured using accelerometers attached to the musculoskeletal system ...

Image1_Using statistical parametric mapping to assess the association of duty factor and step frequency on running kinetic.pdf

Aurélien Patoz (10898784)
Thibault Lussiana (11645011)
Bastiaan Breine (11645014)
Eliott Piguet (14213660)
Jonathan Gyuriga (14213663)
Cyrille Gindre (11645017)
Davide Malatesta (521895)

December 2022

Duty factor (DF) and step frequency (SF) were previously defined as the key running pattern determin...

Ground reaction force metrics are not strongly correlated with tibial bone load when running across speeds and slopes: implications for science, sport and wearable tech

Emily S. Matijevich
Lauren M. Branscombe
Leon R. Scott
Karl E. Zelik

January 2019

An interactive user interface and the raw data from the manuscript titled: "Ground reaction force me...

Ground reaction force and center of pressure time-series profiles.

Daniel J. Davis (11240908)
John H. Challis (7205120)

September 2022

Panels A-C: Anterior-posterior (ap), vertical (v), and medial-lateral (ml) ground reaction force pro...

Spatio-temporal stride variables and ground reaction force data (Mean ±SD) with statistics for older walkers and older runners.

Justus D. Ortega (663896)
Owen N. Beck (663897)
Jaclyn M. Roby (663898)
Aria L. Turney (663899)
Rodger Kram (663900)

November 2014

<p>Peak vertical ground reaction forces (VGRF) and horizontal ground reaction forces (HGRF) are repr...

Ground reaction force characteristics during each subject group in mean (standard deviation).

Wing-Kai Lam (3857986)
Ki-Kwang Lee (3857992)
Sang-Kyoon Park (3857995)
Jaejin Ryue (3857998)
Suk-Hoon Yoon (5851697)
Jiseon Ryu (3857989)

October 2018

BW = body weight; η2 = partial eta squared; β = observed power. Significant P-values (S1 File).</p

Combinations of loading conditions with significant differences in ground reaction force variables.

Norihide Sugisaki (590436)
Kai Kobayashi (17621624)
Takaya Yoshimoto (17621627)
Naotoshi Mitsukawa (6032471)
Hiroyasu Tsuchie (17621630)
Yohei Takai (485633)
Hiroaki Kanehisa (485634)

December 2023

Combinations of loading conditions with significant differences in ground reaction force variables.<...

Estimates of running ground reaction force parameters from motion analysis

G. Pavei
E. Seminati
J.L. Lopes Storniolo Junior
L.A. Peyr&#232

February 2017

We compared running mechanics parameters determined from ground reaction force (GRF) measurements wi...

Spatiotemporal variables as a function of step-averaged velocity.

Norihide Sugisaki (590436)
Kai Kobayashi (17621624)
Takaya Yoshimoto (17621627)
Naotoshi Mitsukawa (6032471)
Hiroyasu Tsuchie (17621630)
Yohei Takai (485633)
Hiroaki Kanehisa (485634)

December 2023

Values are means ± standard deviations. Symbols in the figure indicate significant differences betwe...

Example of each measurement variable plotted against step-averaged velocity.

Norihide Sugisaki (590436)
Kai Kobayashi (17621624)
Takaya Yoshimoto (17621627)
Naotoshi Mitsukawa (6032471)
Hiroyasu Tsuchie (17621630)
Yohei Takai (485633)
Hiroaki Kanehisa (485634)

December 2023

Data are from one subject in 6 kg loading condition. Gray circles: Measured values. Black triangles:...

Printed in Great Britain Pergamon Journals Ltd. GROUND REACTION FORCES IN RUNNING: A REEXAMINATION

Carolyn F Munro
Doris I. Miller
Andrew J. Fuglevand

March 2015

Ground reaction force-time histories, which reflect the acceleration patterns of the center of gravi...

Ground reaction force measurements correlated to the body mass.

Eva Schnabl-Feichter (3875845)
Alexander Tichy (487843)
Barbara Bockstahler (3875848)

March 2017

<p>Limbs: Red: Left fore, Blue: Right fore, Orange: Left hind, Green: Right hind; Parameters: PFz = ...

Rinrcd in Grat Briuin GROUND REACTION FORCES IN RUNNING: A REEXAMINATION

Carolyn F. Munro
Doris I. Miller
Andrew J. Fuglevand

March 2015

Abstract4round reaction f o m (GRF) data were collected on twenty adult males during running stance ...

Impulse values determined from ground reaction force-time profiles.

Daniel J. Davis (11240908)
John H. Challis (7205120)

September 2022

Values represent mean ± standard deviation and are normalized to total mass in each condition. (DOCX...

Force trends due to changing speed vs. changing slope for a single subject (Subject 1).

Emily S. Matijevich (6240356)
Lauren M. Branscombe (6240359)
Leon R. Scott (6240362)
Karl E. Zelik (181117)

January 2019

Lines represent regression results for GRF metrics vs. tibial bone load metrics when only speed or s...

Predicting impact shock magnitude: which ground reaction force variable should we use?

Greenhalgh, Andrew
Sinclair, Jonathan Kenneth
Protheroe, Laurence
Chockalingam, Nachiappan

December 2012

Peak tibial acceleration (PTA) measured using accelerometers attached to the musculoskeletal system ...

Image1_Using statistical parametric mapping to assess the association of duty factor and step frequency on running kinetic.pdf

Aurélien Patoz (10898784)
Thibault Lussiana (11645011)
Bastiaan Breine (11645014)
Eliott Piguet (14213660)
Jonathan Gyuriga (14213663)
Cyrille Gindre (11645017)
Davide Malatesta (521895)

December 2022

Duty factor (DF) and step frequency (SF) were previously defined as the key running pattern determin...

Ground reaction force metrics are not strongly correlated with tibial bone load when running across speeds and slopes: implications for science, sport and wearable tech

Emily S. Matijevich
Lauren M. Branscombe
Leon R. Scott
Karl E. Zelik

January 2019

An interactive user interface and the raw data from the manuscript titled: "Ground reaction force me...

Ground reaction force and center of pressure time-series profiles.

Daniel J. Davis (11240908)
John H. Challis (7205120)

September 2022

Panels A-C: Anterior-posterior (ap), vertical (v), and medial-lateral (ml) ground reaction force pro...

Ground reaction force variables as a function of running velocity.

Abstract

Extracted data

Ground reaction force variables as a function of running velocity.

Abstract

Extracted data

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