AbstractThis work employs the constitutive principles of linear elasticity to examine the nature of growth-induced stresses in soft tissues. An analysis of the simpler case of isotropic growth gives insight into the effect of the spatial non-uniformity of the growth process on both the nature and distribution tissue stresses. Anisotropic growth is also considered, illustrating its role in relieving growth-induced stresses. The genesis of growth-induced stresses in soft tissues has important implications for a variety of physiological phenomena, including the collapse of blood vessels in solid tumours
International audienceBackground. Constitutive models of the mechanical response of soft tissues hav...
International audienceLiving tissues are naturally prestrained (or, equivalently, residually stresse...
International audienceBackground. Constitutive models of the mechanical response of soft tissues hav...
This paper examines the effect of anisotropic growth on the evolution of mechanical stresses in a li...
This paper presents a mathematical model of normal and abnormal tissue growth. The modelling focuses...
In this Paper, the mathematical model for the study of the distribution of mechanical stresses by th...
Growing biological media develop residual stresses to make compatible elastic and inelastic growth-i...
Growing biological media develop residual stresses to make compatible elastic and inelastic growth-i...
Growing biological media develop residual stresses to make compatible elastic and inelastic growth-i...
International audienceBackground. Constitutive models of the mechanical response of soft tissues hav...
International audienceBackground. Constitutive models of the mechanical response of soft tissues hav...
International audienceBackground. Constitutive models of the mechanical response of soft tissues hav...
International audienceBackground. Constitutive models of the mechanical response of soft tissues hav...
International audienceBackground. Constitutive models of the mechanical response of soft tissues hav...
International audienceBackground. Constitutive models of the mechanical response of soft tissues hav...
International audienceBackground. Constitutive models of the mechanical response of soft tissues hav...
International audienceLiving tissues are naturally prestrained (or, equivalently, residually stresse...
International audienceBackground. Constitutive models of the mechanical response of soft tissues hav...
This paper examines the effect of anisotropic growth on the evolution of mechanical stresses in a li...
This paper presents a mathematical model of normal and abnormal tissue growth. The modelling focuses...
In this Paper, the mathematical model for the study of the distribution of mechanical stresses by th...
Growing biological media develop residual stresses to make compatible elastic and inelastic growth-i...
Growing biological media develop residual stresses to make compatible elastic and inelastic growth-i...
Growing biological media develop residual stresses to make compatible elastic and inelastic growth-i...
International audienceBackground. Constitutive models of the mechanical response of soft tissues hav...
International audienceBackground. Constitutive models of the mechanical response of soft tissues hav...
International audienceBackground. Constitutive models of the mechanical response of soft tissues hav...
International audienceBackground. Constitutive models of the mechanical response of soft tissues hav...
International audienceBackground. Constitutive models of the mechanical response of soft tissues hav...
International audienceBackground. Constitutive models of the mechanical response of soft tissues hav...
International audienceBackground. Constitutive models of the mechanical response of soft tissues hav...
International audienceLiving tissues are naturally prestrained (or, equivalently, residually stresse...
International audienceBackground. Constitutive models of the mechanical response of soft tissues hav...