... ]. These curves change spatially along the aorta and are dependent on the patient's age, gender, and the ratio of elastin and collagen; the aneurysmal aorta is stiffer compared to the healthy aorta [ 11 ]. AAA replica additive manufacturing vacuum casting tensile strength The goal of this work...

... measurement blood pressure measurement blood vessels flow sensors Navier-Stokes equations pipe flow Poiseuille flow pressure sensors pulsatile flow tensile strength velocity measurement viscoelasticity viscosity wave propagation 11 07 2011 16 11 2011 23 12 2011 23 12 2011...

... biophysics compressibility deformation finite element analysis muscle optical microscopy physiological models tensile strength cell-specific finite element model confocal microscopy tensile strain plasma membrane stretch cellular mechanics Focusing now on cell compression experiments...

... cyclic loading biological tissues biomechanics elasticity molecular biophysics polarimetry proteins tensile strength 28 02 2011 09 05 2011 11 05 2011 06 07 2011 06 07 2011 2011 American Society of Mechanical Engineers ...

.... Ultimate Tensile Strength And Fatigue Life ,” Eur. Spine J. 0940-6719 , 2 , pp. 209 – 214 . 10.1007/BF00299448 Ebara , S. , Iatridis , J. C. , Setton , L. A. , Foster , R. J. , Mow , V. C. , and Weidenbaum , M. , 1996 , “ Tensile Properties of Nondegenerate Human...

... 01 11 2010 biological tissues biomechanics bone diseases elastic moduli finite element analysis orthopaedics physiological models tensile strength The glenohumeral joint is the most dislocated major joint in the body, and greater than 80% of dislocations occur in the anterior...

... properties: modulus of elasticity (stress required to strain the material 1 mm/mm in the linear region of the stress-strain curve), tensile strength (highest stress tolerated by the tissue), and modulus of toughness (energy needed to completely rupture the tissue). In this study, since tensile tests...

... accumulate damage with repetitive loading as evidenced by failure at stresses well below ultimate tensile strength, creep curve discontinuities, and by reductions in stiffness during loading. Eight normal medial collateral ligaments from female New Zealand white rabbits were cycled in tension, between 0 MPa...

... finite element analysis muscle prosthetics tensile strength The alteration of this synergic action can lead to high prevalence pathologies, such as mitral valve prolapse (MVP) and ischemic mitral regurgitation (IMR) ( 1 2 ), which have to be surgically treated. At this purpose, repair...

...(01)47782-8 The tensile strength of the upper cervical spine increased with an increased anterior eccentric axial load. This is contrary to beam theory, which predicts that tensile strength will decrease as the eccentricity of the axial load increases. We hypothesize that this unpredicted...

... electron microscopy tensile strength tensile testing tissue engineering collagen fibrin mechanical properties protein matrices ancrod The elucidation of structure-function relationships in tissues is a main goal in the fields of biomechanics and tissue engineering. Matrix...

... experiments. 18 09 2007 24 11 2008 21 04 2009 biomechanics blood vessels deformation medical image processing tensile strength tensile testing tissue engineering biomechanics tissue engineering collagen connective tissues structural properties material properties...

... J. Biomech. Eng., 129(2), pp. 240–249 ). 13 05 2008 09 01 2009 21 04 2009 biodiffusion biological tissues biomechanics compressive strength osmosis physiological models Poisson ratio porous materials proteins tensile strength viscoelasticity It is well...

... the anisotropy and spatial variation of the mechanical response of the cornea ( 18 7 ). cornea viscoelasticity anisotropy creep mechanical behavior tissue mechanics biomechanics creep elastic deformation eye physiological models probability proteins stress-strain relations tensile...

... of mixtures for fiber composites to evaluate the dependence of age-related changes in tendon tensile strength ( σ ) and stiffness ( E ) on the collagen fibril cross-sectional area fraction ( ρ ) , which is related to the fibril volume fraction. Tail tendons from C57BL6 mice from age groups 1.6 – 35.3 months...

...–18% of the thickness of the abdominal aortic media, which forms a pronounced cohesive zone at the dissection front. adhesion biomechanics blood vessels failure analysis stress analysis tensile strength The experimental data from tensile tests on aortas indicate that they are dependent...

... be explained by a ductile to brittle transition of bone at moderate to high strain rates. 19 08 2006 21 05 2007 11 02 2008 biomechanics bone compressive strength orthopaedics tensile strength yield stress Young's modulus human cortical bone strain rate effects ductile...

... tensile strength tissue engineering condylar cartilage TMJ biomechanics fiber orientation biexponential viscoelastic model Temporomandibular joint disorders (TMDs) have considerable prevalence with 16–59% of the population having symptoms and 33–86% having clinical signs ( 3 ). While TMDs...

.... Standard dog-bone style tensile specimens were tested to obtain ultimate tensile strength and stiffness. Compact tension fracture toughness specimens were utilized to determine plane strain fracture toughness values. Reduced thickness compact tension specimens were also used to determine fatigue crack...

... desorption biological tissues convection compressive strength tensile strength The details of the theoretical model and the finite element method used for solving the unconfined compression problem have been reported in our previous study ( 37 ). Briefly, because of geometrical symmetry, a mesh...