... remodeling. References 1 Norman , P. E. , and Powell , J. T. , 2010 , “ Site Specificity of Aneurysmal Disease ,” Circulation , 121 ( 4 ), pp. 560 – 568 . 10.1161/CIRCULATIONAHA.109.880724 2 Golledge , J. , Muller , J. , Daugherty , A. , and Norman , P. , 2006...

...Bram Trachet; Joris Bols; Gianluca De Santis; Stefaan Vandenberghe; Bart Loeys; Patrick Segers Computational fluid dynamics (CFD) simulations allow for calculation of a detailed flow field in the mouse aorta and can thus be used to investigate a potential link between local hemodynamics and disease...

... based on preoperative data. biomechanics biomedical imaging biomedical MRI blood vessels cardiology catheters computational fluid dynamics diseases haemodynamics laminar flow paediatrics sensitivity analysis surgery numerical simulations boundary conditions clinical data...

... diseases finite element analysis haemodynamics physiological models strain measurement 04 03 2011 25 10 2011 01 11 2011 28 11 2011 28 11 2011 2011 American Society of Mechanical Engineers ...

... to grow during the rebound phase of the valve. Rebound of the leaflets played a secondary role in sustaining closure-induced vortices. artificial organs blood vessels cardiology diseases Doppler measurement haemodynamics laser applications in medicine laser velocimetry rotational flow shear...

... of the ascending aorta (AscAo), transverse arch (TA), and descending aorta (dAo) are also depicted. 14 07 2011 31 08 2011 14 10 2011 computational fluid dynamics deformation diseases haemodynamics internal stresses patient treatment CHD great vessel anomalies computer...

... 2011 17 08 2011 11 10 2011 11 10 2011 biomechanics diseases muscle physiological models stress relaxation viscoelasticity viscosity Skeletal muscle is a composite tissue composed of interconnected contractile and structural proteins, membranes and extracellular...

...Joseph T. Keyes; Darren G. Haskett; Urs Utzinger; Mohamad Azhar; Jonathan P. Vande Geest Murine models of disease are a powerful tool for researchers to gain insight into disease formation, progression, and therapies. The biomechanical indicators of diseased tissue provide a unique insight...

...Mazyar Amin; Amber G. Kunkel; Victoria P. Le; Jessica E. Wagenseil Determining arterial mechanical properties is important for understanding the work done by the heart and how it changes with cardiovascular disease. Ex vivo tests are necessary to apply various loads to the artery and obtain data...

... the brain and the arachnoid is called the subarachnoid space, and bleeding into this space leads to a subarachnoid hemorrhage (SAH). biomedical equipment brain models computational fluid dynamics diseases haemodynamics porosity stents 31 01 2011 12 05 2011 12 05 2011 18...

...Emily J. Berg; Risa J. Robinson Emphysema is a progressive lung disease that involves permanent destruction of the alveolar walls. Fluid mechanics in the pulmonary region and how they are altered with the presence of emphysema are not well understood. Much of our understanding of the flow fields...

...O. Ivanchenko; V. Ivanchenko Convection-enhanced delivery (CED) is a drug delivery technique used to target specific regions of the central nervous system (CNS) for the treatment of neurodegenerative diseases and cancer while bypassing the blood–brain barrier (BBB). The application of CED...

... applications, such as patient-specific modeling, disease diagnosis, and tracking of age- or damage-related degradation of mechanical properties. Elasticity imaging (elastography) is a nondestructive imaging method in which the distribution of elastic properties throughout a specimen can be reconstructed from...

...H. P. Wagner; J. D. Humphrey Cerebrovascular disease continues to be responsible for significant morbidity and mortality. There is, therefore, a pressing need to understand better the biomechanics of both intracranial arteries and the extracranial arteries that feed these vessels. We used...

...N. K. C. Selvarasu; Danesh K. Tafti; Pavlos P. Vlachos Cardiovascular diseases are the number one cause of death in the world, making the understanding of hemodynamics and development of treatment options imperative. The most common modality for treatment of occlusive coronary artery diseases...

... non-physiological hemodynamics within the AVF compound to result in stenotic lesion development. Hemodialysis is the treatment modality of choice for patients with end stage renal disease (ESRD). To ensure successful and efficient hemodialysis, a vascular access (VA) site is created. The joining...

... and pathological conditions. The two analyzed tracheal geometries, which include the first bifurcation after the carina, were obtained from computed tomography images of healthy and diseased patients, respectively. A finite element-based commercial software code was used to perform the simulations. The tracheal...

.... Knowledge of forces and constraints that occur clinically could then help diagnose primary and secondary joint injuries following hyperextension of the human knee. 28 10 2010 18 11 2010 29 11 2010 23 12 2010 23 12 2010 compressive strength diseases failure (mechanical...

... studies will implement this modeling method to investigate the role that mechanical stress may play in progression of knee OA through estimation of articular cartilage contact area. 13 09 2010 13 10 2010 02 11 2010 23 12 2010 23 12 2010 biomedical MRI diseases...

... and after the treatment of AAAs. 25 10 2010 15 11 2010 29 11 2010 23 12 2010 23 12 2010 biomechanics blood vessels cardiovascular system diseases surgery vascular mechanics stress-mediated growth and remodeling constrained mixture model endoleak...