Thermal time constant: improving the accuracy of skin temperature predictive modelling in lower limb prostheses

Neha Mathur; Ivan Glesk; Arjan Buis

doi:10.1177/0309364615591101

Thermal time constant: improving the accuracy of skin temperature predictive modelling in lower limb prostheses

Neha Mathur, Ivan Glesk, Arjan Buis

Research output: Contribution to journal › Conference Contribution › peer-review

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Abstract

Elevated skin temperature at the body/device interface of lower-limb prostheses is one of the major factors that affect tissue health [1]. The heat dissipation in prosthetic sockets is greatly influenced by the thermal conductive properties of the hard socket and liner material employed. This leads to a hypothesis that if the thermal properties of the socket & liner materials are known then the in-socket skin temperature could be accurately predicted by measuring between the socket and interface liner, rather than at the more technically challenging skin interface.

Original language	English
Article number	086
Pages (from-to)	72 - 73
Number of pages	2
Journal	Prosthetics and Orthotics International
Volume	39
Issue number	(1 suppl)
DOIs	https://doi.org/10.1177/0309364615591101
Publication status	Published - Jun 2015
Event	World Congress of the International Society for Prosthetics and Orthotics - CCC Lyon - Lyon Convention Centre, Lyon , France Duration: 22 Jun 2015 → 25 Jun 2015 http://www.ispo2015.org/ http://eventegg.com/ispo-2015-world-congress/

Keywords

lower limb prostheses
gaussian model
temperature

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10.1177/0309364615591101

Mathur-etal-POI2015-thermal-time-constant-improving-accuracy-skin-temperatureAccepted author manuscript, 90.9 KB

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title = "Thermal time constant: improving the accuracy of skin temperature predictive modelling in lower limb prostheses",

abstract = "Elevated skin temperature at the body/device interface of lower-limb prostheses is one of the major factors that affect tissue health [1]. The heat dissipation in prosthetic sockets is greatly influenced by the thermal conductive properties of the hard socket and liner material employed. This leads to a hypothesis that if the thermal properties of the socket \& liner materials are known then the in-socket skin temperature could be accurately predicted by measuring between the socket and interface liner, rather than at the more technically challenging skin interface.",

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author = "Neha Mathur and Ivan Glesk and Arjan Buis",

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AU - Buis, Arjan

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N2 - Elevated skin temperature at the body/device interface of lower-limb prostheses is one of the major factors that affect tissue health [1]. The heat dissipation in prosthetic sockets is greatly influenced by the thermal conductive properties of the hard socket and liner material employed. This leads to a hypothesis that if the thermal properties of the socket & liner materials are known then the in-socket skin temperature could be accurately predicted by measuring between the socket and interface liner, rather than at the more technically challenging skin interface.

AB - Elevated skin temperature at the body/device interface of lower-limb prostheses is one of the major factors that affect tissue health [1]. The heat dissipation in prosthetic sockets is greatly influenced by the thermal conductive properties of the hard socket and liner material employed. This leads to a hypothesis that if the thermal properties of the socket & liner materials are known then the in-socket skin temperature could be accurately predicted by measuring between the socket and interface liner, rather than at the more technically challenging skin interface.

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KW - gaussian model

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IS - (1 suppl)

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Thermal time constant: improving the accuracy of skin temperature predictive modelling in lower limb prostheses

Abstract

Keywords

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Temperature Profile of the Residual Limb for two Trans-tibial Amputee Subjects

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Thermal time constant: improving the accuracy of skin temperature predictive modelling in lower limb prostheses

Abstract

Keywords

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Datasets

Temperature Profile of the Residual Limb for two Trans-tibial Amputee Subjects

Cite this