… Further, using simple models of arterial mechanics where elastin and collagen act as
springs in parallel, Cox provided a first estimation of the load-bearing percent of collagen fibres …

… of the elastin and collagen components of the arterial wall, we applied a mathematical model
(3… , we applied a mathematical model to estimate the stiffness of collagen and elastin in the …

… The predictive capability of the model is tested in simulations of an … elastin degradation in
an artery kept at constant length. We expect this model to advance understanding about arterial …

… of elastin and collagen organization to the passive mechanical properties of arterial tissue
… elastin and collagen and an experimental animal model where organizational and structural …

… and stenosis from studies of congenital human disease and mouse models. We highlight …
elastin in arterial mechanics, with a focus on tissue- and cell-level effects of altered elastin …

… We present mouse models of supravalvular aortic stenosis, … of elastin and elastic fiber
assembly process. We discuss measures of passive arterial mechanics that are affected by elastin …

… Most of the popular models to describe the response of arterial tissues are constitutive …
with an isotropic matrix (elastin) reinforced by two mechanically equivalent families of fibers (…

… In this study, a new constitutive model was developed that considers medial elastin, … and
mechanical roles in arterial wall mechanics. The material parameters in the constitutive model, …

… models have been widely used to represent the mechanical … material model along with
two families of elastin fibres at 45 … the mechanical behaviour of the ground matrix and elastin …

… The model is built in the framework of the constrained mixture … model of arterial tissue that
accounts for the individual natural configurations of and stress interaction between elastin and …