… behavior that is observed in subsequent sections, stemming directly from the integration of
this behavior over all the constituent CFPG complexes of a fiber and over all fiber orientations. …

… of Poisson’s ratios is clearer in the framework of a linear model than in a nonlinear model. …
to the predominance of the liquid phase within biological tissues, which is known to be quasi-…

… models of soft fiber-reinforced biological tissues that account for … tissues can accurately
reproduce the complex nonlinear and … was performed according to circular statistics and took into …

… Soft biological tissues exhibit a highly non-linear mechanical response … the direction of the
mean fiber orientation and the stretching of … On the use of the bingham statistical distribution in …

… model fibers of these FBCs had been considered linear elastic… , the biological tissues are
multilevel structures with fiber-like … where the fiber elements on the dominant level are statistical …

… Soft biological tissues exhibit a highly non-linear mechanical response under large …
functions to represent the distributed fiber architecture of tissues. Let unit fiber direction r on a unit-…

… a function of fiber orientation, and the … non-linear elastic and viscoelastic behaviour of the
tissue. They concluded that, the myocardium tissue represents an anisotropic nonlinear elastic …

… fibers in soft biological tissues present dispersion around some preferential directions. Arteries
present two families of fibers … Statistical distribution of the relative error in strain introduced …

… reproduce the nonlinear elasticity of biological tissues, it is … the statistical results of structural
parameters of crimped fibers at … aligned and random fibers suggest that fiber orientation is a …

… Because of the high nonlinearity of the majority of real biological tissues, the stress variations
… , although obtaining accurate statistically significant conclusions for discrimination of seven …