The body structures under the skin surface, such as bones and tendon, have an influence on the stiffness evaluation observed from the surface. In this case, the observed stiffness should be called an apparent stiffness. To obtain the biomechanical properties of skin itself, the influence of body structure should be removed. This study deals with the correction method of apparent viscoelasticity which calculated from apparent biomechanical impedance. This method is applied to the measured result of the forearm and the right chest to confirm its effectiveness
Title: Viscousand elastic properties of soft tissue"in situ" Goals and methods: The aim of this thes...
International audienceThe mechanical properties of the skin are of potential interest in the identif...
International audienceHuman skin is a vital organ that provides multiple functions essential for goo...
The body structures under the skin surface, such as bones and tendon, have an influence on the stiff...
In the stiffness evaluation from the skin surface, the body structure under the skin, like a bone an...
Past attempts to relate mechanical properties of the stratum corneum to its state of hydration or di...
Measurement of the mechanical properties of human skin in vivo is challenging. Moreover, those with ...
Background: Instrumentation, relying on the use of negative pressure (suction), has been introduced ...
A portable system has been developed for measuring biomechanical impedance on the skin surface. The ...
In a stiffness estimation of living body, an internal structure under the skin influences the measur...
Measurement of mechanical properties of many biological materials in vivo is based on the assumption...
Copyright © 2013 Gérald E. Piérard et al. This is an open access article distributed under the Cre...
Several molecular and structural changes, occurring as a result of intrinsic change and extrinsic da...
The aims of the research project described in the thesis were to investigate the mechanical properti...
The biomechanical response of skin can reflect not only health or localized pathology, but also syst...
Title: Viscousand elastic properties of soft tissue"in situ" Goals and methods: The aim of this thes...
International audienceThe mechanical properties of the skin are of potential interest in the identif...
International audienceHuman skin is a vital organ that provides multiple functions essential for goo...
The body structures under the skin surface, such as bones and tendon, have an influence on the stiff...
In the stiffness evaluation from the skin surface, the body structure under the skin, like a bone an...
Past attempts to relate mechanical properties of the stratum corneum to its state of hydration or di...
Measurement of the mechanical properties of human skin in vivo is challenging. Moreover, those with ...
Background: Instrumentation, relying on the use of negative pressure (suction), has been introduced ...
A portable system has been developed for measuring biomechanical impedance on the skin surface. The ...
In a stiffness estimation of living body, an internal structure under the skin influences the measur...
Measurement of mechanical properties of many biological materials in vivo is based on the assumption...
Copyright © 2013 Gérald E. Piérard et al. This is an open access article distributed under the Cre...
Several molecular and structural changes, occurring as a result of intrinsic change and extrinsic da...
The aims of the research project described in the thesis were to investigate the mechanical properti...
The biomechanical response of skin can reflect not only health or localized pathology, but also syst...
Title: Viscousand elastic properties of soft tissue"in situ" Goals and methods: The aim of this thes...
International audienceThe mechanical properties of the skin are of potential interest in the identif...
International audienceHuman skin is a vital organ that provides multiple functions essential for goo...