Twist static friction and creep between UHMWPE and bovine skin for human exoprosthesis

The twist static friction and the creep behavior of bovine skin in contact with Ultra High Molecular Weight Polyethylene (UHMWPE) indenters were studied by employing both theoretical and experimental methods. Loads (1 and 2 N) were applied to bovine skin using different indenter shapes. Moreover, th...

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Published in:IOP conference series. Materials Science and Engineering 2019-05, Vol.514 (1), p.12016
Main Authors: Subhi, K A, Tudor, A, Călin, A, Hussein, E, Chisiu, G
Format: Article
Language:English
Subjects:
Cattle
Coefficient of friction
Creep (materials)
Friction
Indenters
Mechanical analysis
Rheological properties
Skin friction
Static friction
Ultra high molecular weight polyethylene
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Tudor, A
Călin, A
Hussein, E
Chisiu, G
description The twist static friction and the creep behavior of bovine skin in contact with Ultra High Molecular Weight Polyethylene (UHMWPE) indenters were studied by employing both theoretical and experimental methods. Loads (1 and 2 N) were applied to bovine skin using different indenter shapes. Moreover, the creep area and the coefficient of static friction were also discussed and analysed for different time durations. The experimental and theoretical results showed that the Voight-Kelvin rheological model could be used to represent the mechanical response of the cattle skin. As a conclusion, the creep parameter and the coefficient of static friction of bovine skin increased in time. For the circular indenter, the creep area was higher than in the case of the other shapes.The study provides a base for more investigations on cattle skin behavior in order to be utilized on a rigid support (UHMWPE) as a new solution for "exoprosthesis support".
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subjects Cattle
Coefficient of friction
Creep (materials)
Friction
Indenters
Mechanical analysis
Rheological properties
Skin friction
Static friction
Ultra high molecular weight polyethylene
title Twist static friction and creep between UHMWPE and bovine skin for human exoprosthesis
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