AbstractIntroductionIn vivo tests and design of experiment were carried out to determine the influence of indenter diameter and temperature on the mechanical response of soft tissue.Material and methodsThis study proposes an analysis to obtain the Young's modulus of skin through the use of indentation tests in combination with the Hertz's theory for contact. A design of experiments was developed to determine the incidence of two factors: temperature and indenter diameter, on the mechanical behavior of the skin.ResultsThe factors and their interactions are not statistically significant with a p-value higher than 0.05.Discussion/conclusionsThe mean value (±SD) obtained for all eight measurements on the volunteer subject was 28.5 ± 6.9kPa for ...
Non-invasive skin characterization devices are emerging as a valuable tool in clinical skin research...
Soft tissues of human body have complex structures and different mechanical behaviors than those of ...
Background/aims : As human skin equivalents (SE) represent an important breakthrough for clinical gr...
AbstractIntroductionIn vivo tests and design of experiment were carried out to determine the influen...
This study proposes in vivo tests and design of experiments to determine the influence of experimen...
Indentation is a commonly used approach to measure the mechanical properties of soft tissues, such a...
ABSTRACT In this study, two types of indentation tests were used for the observation of deformation ...
Mechanical properties of soft biological tissues are key to the functionality of such tissues. Inden...
The lack of understanding of the mechanical behavior of the human skin layers makes the development ...
Background: Instrumentation, relying on the use of negative pressure (suction), has been introduced ...
AbstractMechanical characterisation of soft biological tissues using standard compression or tensile...
The term ‘biological material’ includes many meanings, and here it means materials that constitute l...
Abstract--An ultrasound indentation system with a pen-size hand-held probe was developed and used to...
Abstract—Quantitative assessment of the biomechanical prop-erties of limb soft tissues has become mo...
Soft tissues of human body have complex structures and different mechanical behaviors than those of ...
Non-invasive skin characterization devices are emerging as a valuable tool in clinical skin research...
Soft tissues of human body have complex structures and different mechanical behaviors than those of ...
Background/aims : As human skin equivalents (SE) represent an important breakthrough for clinical gr...
AbstractIntroductionIn vivo tests and design of experiment were carried out to determine the influen...
This study proposes in vivo tests and design of experiments to determine the influence of experimen...
Indentation is a commonly used approach to measure the mechanical properties of soft tissues, such a...
ABSTRACT In this study, two types of indentation tests were used for the observation of deformation ...
Mechanical properties of soft biological tissues are key to the functionality of such tissues. Inden...
The lack of understanding of the mechanical behavior of the human skin layers makes the development ...
Background: Instrumentation, relying on the use of negative pressure (suction), has been introduced ...
AbstractMechanical characterisation of soft biological tissues using standard compression or tensile...
The term ‘biological material’ includes many meanings, and here it means materials that constitute l...
Abstract--An ultrasound indentation system with a pen-size hand-held probe was developed and used to...
Abstract—Quantitative assessment of the biomechanical prop-erties of limb soft tissues has become mo...
Soft tissues of human body have complex structures and different mechanical behaviors than those of ...
Non-invasive skin characterization devices are emerging as a valuable tool in clinical skin research...
Soft tissues of human body have complex structures and different mechanical behaviors than those of ...
Background/aims : As human skin equivalents (SE) represent an important breakthrough for clinical gr...