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Cited by 58 publications
(28 citation statements)
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“…that its mechanical properties are everywhere the same) and that therefore, the strain energy function has a single analytical form and contains material constants which do not vary across the wall thickness. Exceptions to this approach are the studies by Von Maltzahn et al [13]and Demiray and Vito [14], who addressed the problem of elastic non-homogeneity by cutting the arterial wall circumferentially to produce two layers which were assumed to be media and adventitia. By measuring the elastic properties of each they found that the inner layer was stiffer than the outer and ascribed this discrepancy to differences in structure between them.…”
Section: Introductionmentioning
confidence: 99%
“…that its mechanical properties are everywhere the same) and that therefore, the strain energy function has a single analytical form and contains material constants which do not vary across the wall thickness. Exceptions to this approach are the studies by Von Maltzahn et al [13]and Demiray and Vito [14], who addressed the problem of elastic non-homogeneity by cutting the arterial wall circumferentially to produce two layers which were assumed to be media and adventitia. By measuring the elastic properties of each they found that the inner layer was stiffer than the outer and ascribed this discrepancy to differences in structure between them.…”
Section: Introductionmentioning
confidence: 99%
“…From the literature, they obtained experimental data, including data from the whole artery wall and data from the media only, and determined the constitutive relationship for the media and derived the relationship for the adventitia. Demiray and Vito (1991) also introduced a two-layer constitutive model. They assumed that the inner layer (media) was orthotropic, and the outer layer (adventitia) was isotropic.…”
Section: A Brief History Of Constitutive Models For Soft Tissuementioning
confidence: 99%
“…This cycle has barely begun. In recent reviews of the literature on the mechanics of blood vessels by Hayashi [43], Fung et al [17], and Fung [27,39,40] it was found that in over 350 references, with the exception of two papers [44,45] all past studies of blood vessels have either ignored detailed stress distribution in the vessel, or limited to consider stress and strain averaged over the vessel wall; i.e., the vessel wall is treated as a homogeneous material. For further progress, this limitation must be removed.…”
Section: Living Tissues Remodel Under Stressmentioning
confidence: 99%