... by stent deployment. 23 02 2011 21 11 2011 29 12 2011 29 12 2011 bifurcation biomechanics blood vessels haemodynamics internal stresses numerical analysis physiological models stents numerical modeling atherosclerosis stenting procedures coronary bifurcations...

... deformation diseases haemodynamics internal stresses patient treatment CHD great vessel anomalies computer applications circulatory hemodynamics aortic operation Coarctation of the aorta (CoA) accounts for 8%–11% of congenital heart defects affecting ∼3000–5000 patients annually...

... cardiology catheters cellular biophysics finite element analysis internal stresses muscle optimisation physiological models finite element modeling numerical optimization cardiac mechanics tagged magnetic resonance imaging Myocardial contractility plays a central role in the heart’s...

... evaluation of the mechanical environment to which tissue cells and fibers are exposed and to which they respond biologically. arteries media mechanical properties finite deformations microstructure constitutive equations nonlinear continuum mechanics biomechanics blood vessels internal...

... 22 04 2010 22 04 2010 biological tissues biomechanics elastic constants elasticity finite element analysis internal stresses molecular biophysics orthopaedics proteins annulus fibrosus finite element modeling spine intervertebral disk kinematics strain energy density...

... haemodynamics internal stresses numerical analysis physiological models coronary blood flow atherosclerosis computational fluid dynamics shear stress Coronary heart disease (CHD) is the disease that claims the most lives in the U.S., accounting for more than half of all cardiovascular deaths...

... 2.193 2.149 2.237 With 2.112 2.069 2.156 40 Without 2.114 2.071 2.158 With 2.363 2.319 2.407 24 11 2009 09 01 2010 19 01 2010 24 03 2010 24 03 2010 bioceramics biomechanics dentistry finite element analysis fracture internal stresses...

... internal stresses mechanical strength X-ray diffraction residual stress cortical bone bovine femur hydroxyapatite X-ray diffraction Cortical bone has a hierarchy and composite structure composed of hydroxyapatite (HAp) crystals and collagen fibers in nanoscale. The X-ray diffraction can...

... 08 10 2009 06 01 2010 10 03 2010 10 03 2010 biomechanics biomedical measurement bone brain models deformation finite element analysis injuries internal stresses medical image processing neurophysiology paediatrics viscoelasticity brain tissue strains finite...

... biomedical MRI diseases fracture internal stresses carotid artery atherosclerosis vulnerable plaque stroke MRI plaque rupture fluid-structure interaction Cerebrovascular events, such as stroke, are closely associated with vulnerable carotid plaques ( 1 ). In fact, more than 60% of all...

... to elucidate cartilage development, biomechanical function, and cellular responses to proteoglycan loss in cartilage diseases or tissue engineering. triphasic theory cartilage curling inhomogeneity fixed charge density biomechanics bone elastic constants internal stresses molecular...

.... 13 11 2008 30 06 2009 10 09 2009 biological fluid dynamics biological organs biological tissues internal stresses shear flow organ culture remodeling carotid artery Remodeling plays an important role in the normal arterial physiology and in the genesis...

... of Aortic Valve Cusps ,” Conf. Proc. IEEE Eng. Med. Biol. Soc. , 3 , pp. 2979 – 2980 . 1557-170X biomechanics bone internal stresses molecular biophysics proteins viscoelasticity The long-term goals of this study include improving structure-function relations among biochemical...

... bone impact (mechanical) impact strength internal stresses regression analysis transducers 19 07 2007 02 01 2009 14 04 2009 2009 American Society of Mechanical Engineers ...

... of generating micro-level residual stress. Internal stress in the unloaded state results from mechanical interaction among the tissue constituents. There are two possible basic interaction modes: In one, the interaction involves solely the tissue solid components, whereby the solid elements are in contact...

... responses. 17 09 2007 05 08 2008 21 11 2008 biological tissues biomechanics cellular biophysics internal stresses modeling blood vessels vascular smooth muscle cells matrix metalloproteinase vascular remodeling The mechanosensitive functions of VSMCs...

... in the literature. biomechanics physiological models blood vessels internal stresses haemodynamics 03 May 2003 03 December 2003 24 06 2004 Contributed by the Bioengineering Division for publication in the JOURNAL OF BIOMECHANICAL ENGINEERING . Manuscript received...

... of a variety of cell types, to test cells under different experimental conditions 1 2 3 4 5 , and recently, to follow the dynamic changes that occur in motile or dividing cells 6 7 . biomechanics materials properties internal stresses indentation biological tissues finite element analysis...

... different in form. biological tissues internal stresses biomechanics potential energy functions 01 November 2000 01 April 2002 30 07 2002 Contributed by the Bioengineering Division for publication in the JOURNAL OF BIOMECHANICAL ENGINEERING . Manuscript received...

... manuscript received March 1, 2002. Associate Editor: J. D. Humphrey. 05 April 2001 01 March 2002 30 07 2002 blood vessels surgery haemodynamics finite element analysis stress analysis internal stresses physiological models Arterial Clamp Arterial...