The objective of this chapter is to provide a structured review of constitutive models of skin mechanics valid for finite deformations, with special emphasis on state-of-the-art anisotropic formulations which are essential in most advanced modelling applications. The fundamental structural and material characteristics of the skin, necessary for understanding its mechanics and for the formulation of constitutive equations, are briefly presented
Finite element models, in conjunction with adequate constitutive relations of the materials involved...
The modelling and computation of the coupled thermal and mechanical response of human skin at finite...
The chapter describes the work that was performed in the soft tissue biomechanics laboratory at Eind...
The aim of this work is to characterise the in-plane mechanical behaviour of human skin in vivo. For...
International audienceThe skin is a living tissue that behaves in a hyperelastic anisotropic way. To...
The objective of this paper is to provide a review on some aspects of the mathematical and computati...
This paper reviews the advances made in recent years on modeling approaches and experimental techniq...
Characterization of the biomechanical properties of human skin in vivo is studied both experimentall...
Finite element models in conjunction with adequate constitutive relations are pivotal in several phy...
AbstractSkin deformation behaviour is complex, that exhibits similarly to an anisotropic, non-homoge...
The objective of this chapter is to review the main biomechanical and structural aspects associated ...
Background/purpose: The aim of this work was to provide computational tools for the characterization...
Skin deformation behaviour is complex, that exhibits similarly to an anisotropic, non-homogenous and...
Finite element models, in conjunction with adequate constitutive relations of the materials involved...
The modelling and computation of the coupled thermal and mechanical response of human skin at finite...
The chapter describes the work that was performed in the soft tissue biomechanics laboratory at Eind...
The aim of this work is to characterise the in-plane mechanical behaviour of human skin in vivo. For...
International audienceThe skin is a living tissue that behaves in a hyperelastic anisotropic way. To...
The objective of this paper is to provide a review on some aspects of the mathematical and computati...
This paper reviews the advances made in recent years on modeling approaches and experimental techniq...
Characterization of the biomechanical properties of human skin in vivo is studied both experimentall...
Finite element models in conjunction with adequate constitutive relations are pivotal in several phy...
AbstractSkin deformation behaviour is complex, that exhibits similarly to an anisotropic, non-homoge...
The objective of this chapter is to review the main biomechanical and structural aspects associated ...
Background/purpose: The aim of this work was to provide computational tools for the characterization...
Skin deformation behaviour is complex, that exhibits similarly to an anisotropic, non-homogenous and...
Finite element models, in conjunction with adequate constitutive relations of the materials involved...
The modelling and computation of the coupled thermal and mechanical response of human skin at finite...
The chapter describes the work that was performed in the soft tissue biomechanics laboratory at Eind...