Comparison of the plantar pressure between computational prediction and experimental measurement in: A) balanced standing position, B) the first peak instant and C) the second peak instant for validation

Kieran O'Sullivan (89297)
Norelee Kennedy (89298)
Emer O'Neill (89299)
Una Ni Mhainin (89300)

December 2011

These differences were statistically significant for the lateral midfoot (p = 0.000), the medial for...

A comparison of the 1-step, 2-step, and 3-step protocols for obtaining barefoot plantar pressure data in the diabetic neuropathic foot

Lange,de, A.
Bus, Sicco A.

January 2005

Background. Barefoot plantar pressure measurements are routinely used in the risk evaluation for ul...

Calculation of plantar pressure time integral, an alternative approach.

Melai, T.
Ijzerman, T.H.
Schaper, N.C.
De Lange, T.L.
Willems, P.J.
Meijer, K.
Lieverse, A.G.
Savelberg, H.H.

January 2011

In plantar pressure measurement, both peak pressure and pressure time integral are used as variables...

Comparison of the plantar pressure distribution between normal foot model and ankle arthrodesis foot model at the three instants.

Yan Wang (15435)
Zengyong Li (777045)
Duo Wai-Chi Wong (777046)
Ming Zhang (9736)

July 2015

Comparison of the plantar pressure distribution between normal foot model and ankle arthrodesis f...

Summary of correlations between barefoot plantar peak pressure and continuous predictor variables.

Ruth Barn (688818)
Roelof Waaijman (688819)
Frans Nollet (597686)
James Woodburn (39911)
Sicco A. Bus (688820)

February 2015

Key: Spearman’s correlation, P-value in brackets, *<0.05, **<0.005, ROM–range of motion, WB—weigh...

The calculated peak pressure in different foot contact regions using both the dynamic FE simulation and the quasi-static FE simulation compared to the recorded pressure plate data.

Zhihui Qian (482356)
Lei Ren (277946)
Yun Ding (234322)
John R. Hutchinson (172183)
Luquan Ren (482357)

November 2013

The calculated peak pressure in different foot contact regions using both the dynamic FE simulati...

Peak pressure analysis of foot plantar distribution based on image processing algorithm

Sabry, Ali Hussein

July 2018

Plantar pressure measurement is used to access the external loads, which interpreted in order to dis...

Comparison of the contact pressure at talonavicular joint between finite element prediction and cadaveric experiment measurement for validation.

Yan Wang (15435)
Zengyong Li (777045)
Duo Wai-Chi Wong (777046)
Ming Zhang (9736)

July 2015

Comparison of the contact pressure at talonavicular joint between finite element prediction and c...

A new method to normalize plantar pressure measurements for foot size and foot progression angle

Keijsers, N L W
Stolwijk, N M
Nienhuis, B
Duysens, Jaak

January 2009

Plantar pressure measurement provides important information about the structure and function of the ...

Plantar Pressures Distribution in the Foot with Various Configurations of Orthotic Elevation of the Metatarsal Heads During Double Limb Stance

Dunn, Keven P.

April 2010

MSPO Research Presentation, April 14, 2010 from 12:00 pm - 01:00 pm at the Stamps Student Center Com...

Validation of plantar pressure simulations using finite and discrete element modelling in healthy and diabetic subjects

Aerts, W
Scarton, A
De Groote, Friedl
Guiotto, A
Sawacha, Z
Cobelli, C
Vander Sloten, Jos
Jonkers, Ilse

October 2017

Plantar pressure simulation driven by integrated 3D motion capture data, using both a finite element...

The calculated plantar pressure changes over the whole stance phase compared to the measurement data.

Zhihui Qian (482356)
Lei Ren (277946)
Yun Ding (234322)
John R. Hutchinson (172183)
Luquan Ren (482357)

November 2013

(A) in heel medial region. (B) in the first metatarsal head region. The foot-ground contact area ...

Comparison of Plantar Pressure Distribution and Vertical Ground Reaction Force between Dominant and None-Dominant Limb in Healthy Subjects Using Principle Component Analysis (PCA) Technique

Abbas Farjad-Pezeshk
Heydar Sadeghi
Maedeh Farzadi

April 2013

Objective: The aim of this study was the comparison of plantar pressure distribution and vertical gr...

Validation of plantar pressure measurements for a novel in-shoe plantar sensory replacement unit.

SAWACHA, ZIMI

January 2013

An article by Ferber and coauthors in Journal of Diabetes Science and Technology reported on the abi...

A new method to normalize plantar pressure measurements for foot size and foot progression angle.

Keijsers, N.L.
Stolwijk, N.M.
Nienhuis, B.
Duysens, J.E.J.

January 2009

Item does not contain fulltextPlantar pressure measurement provides important information about the ...

Peak plantar pressure values for taped and untaped conditions for each region of the foot; medial forefoot (MFF), lateral forefoot (LFF), medial midfoot (MMF), lateral midfoot (LMF), medial hindfoot (MHF) and lateral hindfoot (LHF)

Kieran O'Sullivan (89297)
Norelee Kennedy (89298)
Emer O'Neill (89299)
Una Ni Mhainin (89300)

December 2011

These differences were statistically significant for the lateral midfoot (p = 0.000), the medial for...

A comparison of the 1-step, 2-step, and 3-step protocols for obtaining barefoot plantar pressure data in the diabetic neuropathic foot

Lange,de, A.
Bus, Sicco A.

January 2005

Background. Barefoot plantar pressure measurements are routinely used in the risk evaluation for ul...

Calculation of plantar pressure time integral, an alternative approach.

Melai, T.
Ijzerman, T.H.
Schaper, N.C.
De Lange, T.L.
Willems, P.J.
Meijer, K.
Lieverse, A.G.
Savelberg, H.H.

January 2011

In plantar pressure measurement, both peak pressure and pressure time integral are used as variables...

Comparison of the plantar pressure distribution between normal foot model and ankle arthrodesis foot model at the three instants.

Yan Wang (15435)
Zengyong Li (777045)
Duo Wai-Chi Wong (777046)
Ming Zhang (9736)

July 2015

Comparison of the plantar pressure distribution between normal foot model and ankle arthrodesis f...

Summary of correlations between barefoot plantar peak pressure and continuous predictor variables.

Ruth Barn (688818)
Roelof Waaijman (688819)
Frans Nollet (597686)
James Woodburn (39911)
Sicco A. Bus (688820)

February 2015

Key: Spearman’s correlation, P-value in brackets, *<0.05, **<0.005, ROM–range of motion, WB—weigh...

The calculated peak pressure in different foot contact regions using both the dynamic FE simulation and the quasi-static FE simulation compared to the recorded pressure plate data.

Zhihui Qian (482356)
Lei Ren (277946)
Yun Ding (234322)
John R. Hutchinson (172183)
Luquan Ren (482357)

November 2013

The calculated peak pressure in different foot contact regions using both the dynamic FE simulati...

Peak pressure analysis of foot plantar distribution based on image processing algorithm

Sabry, Ali Hussein

July 2018

Plantar pressure measurement is used to access the external loads, which interpreted in order to dis...

Comparison of the contact pressure at talonavicular joint between finite element prediction and cadaveric experiment measurement for validation.

Yan Wang (15435)
Zengyong Li (777045)
Duo Wai-Chi Wong (777046)
Ming Zhang (9736)

July 2015

Comparison of the contact pressure at talonavicular joint between finite element prediction and c...

A new method to normalize plantar pressure measurements for foot size and foot progression angle

Keijsers, N L W
Stolwijk, N M
Nienhuis, B
Duysens, Jaak

January 2009

Plantar pressure measurement provides important information about the structure and function of the ...

Plantar Pressures Distribution in the Foot with Various Configurations of Orthotic Elevation of the Metatarsal Heads During Double Limb Stance

Dunn, Keven P.

April 2010

MSPO Research Presentation, April 14, 2010 from 12:00 pm - 01:00 pm at the Stamps Student Center Com...

Validation of plantar pressure simulations using finite and discrete element modelling in healthy and diabetic subjects

Aerts, W
Scarton, A
De Groote, Friedl
Guiotto, A
Sawacha, Z
Cobelli, C
Vander Sloten, Jos
Jonkers, Ilse

October 2017

Plantar pressure simulation driven by integrated 3D motion capture data, using both a finite element...

The calculated plantar pressure changes over the whole stance phase compared to the measurement data.

Zhihui Qian (482356)
Lei Ren (277946)
Yun Ding (234322)
John R. Hutchinson (172183)
Luquan Ren (482357)

November 2013

(A) in heel medial region. (B) in the first metatarsal head region. The foot-ground contact area ...

Comparison of Plantar Pressure Distribution and Vertical Ground Reaction Force between Dominant and None-Dominant Limb in Healthy Subjects Using Principle Component Analysis (PCA) Technique

Abbas Farjad-Pezeshk
Heydar Sadeghi
Maedeh Farzadi

April 2013

Objective: The aim of this study was the comparison of plantar pressure distribution and vertical gr...

Validation of plantar pressure measurements for a novel in-shoe plantar sensory replacement unit.

SAWACHA, ZIMI

January 2013

An article by Ferber and coauthors in Journal of Diabetes Science and Technology reported on the abi...

A new method to normalize plantar pressure measurements for foot size and foot progression angle.

Keijsers, N.L.
Stolwijk, N.M.
Nienhuis, B.
Duysens, J.E.J.

January 2009

Item does not contain fulltextPlantar pressure measurement provides important information about the ...

Peak plantar pressure values for taped and untaped conditions for each region of the foot; medial forefoot (MFF), lateral forefoot (LFF), medial midfoot (MMF), lateral midfoot (LMF), medial hindfoot (MHF) and lateral hindfoot (LHF)

Kieran O'Sullivan (89297)
Norelee Kennedy (89298)
Emer O'Neill (89299)
Una Ni Mhainin (89300)

December 2011

These differences were statistically significant for the lateral midfoot (p = 0.000), the medial for...

A comparison of the 1-step, 2-step, and 3-step protocols for obtaining barefoot plantar pressure data in the diabetic neuropathic foot

Lange,de, A.
Bus, Sicco A.

January 2005

Background. Barefoot plantar pressure measurements are routinely used in the risk evaluation for ul...

Calculation of plantar pressure time integral, an alternative approach.

Melai, T.
Ijzerman, T.H.
Schaper, N.C.
De Lange, T.L.
Willems, P.J.
Meijer, K.
Lieverse, A.G.
Savelberg, H.H.

January 2011

In plantar pressure measurement, both peak pressure and pressure time integral are used as variables...

Comparison of the plantar pressure between computational prediction and experimental measurement in: A) balanced standing position, B) the first peak instant and C) the second peak instant for validation

Abstract

Extracted data

Comparison of the plantar pressure between computational prediction and experimental measurement in: A) balanced standing position, B) the first peak instant and C) the second peak instant for validation

Abstract

Extracted data

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