... with a hollow fiber membrane bundle. In this study, we utilized a computational fluid dynamics based performance optimization with a heuristic scheme to derive geometrical design parameters for the wearable APL device. The configuration and dimensions of the impeller and the diffuser, the required surface area...

..., geometries characterizing three distinct endograft designs were created, differing by where each device bifurcated into two limbs (proximal bifurcation, mid bifurcation, and distal bifurcation). Computational fluid dynamics (CFD) was used to simulate blood flow, utilizing patient-specific boundary conditions...

...Polina A. Segalova; Guanglei Xiong; K. T. Rao; Christopher K. Zarins; Charles A. Taylor 09 06 2011 09 06 2011 blood vessels computational fluid dynamics computerised tomography diagnostic radiography haemodynamics medical disorders prosthetics Computer modeling...

... are unique in the combined emphasis on 3D user interfaces, ensemble visualization, and incorporating state-of-the-art custom computational fluid dynamics codes. We believe that this holistic conception of simulation-based engineering, including abilities to not just simulate with unprecedented accuracy...

...Adrian Tentner; Georgy Guria; Andrey Ioilev; Simon Lo; Andros Onoufriou; Maskhud Samigulin An international collaborative effort to develop a computational fluid dynamics (CFD) model of the human cardiovascular system (HCVS) has been initiated in 2008. The HCVS model is designed to describe...

...D. H. Hussein; H. Gitano-Briggs; M. Z. Addullah Computational fluid dynamics (CFD) has been used for developing and evaluating the performance of a novel design of the cardiac axial blood pump (CABP). This device could be used as an implantable pump for boosting blood circulation in patients whose...

... the locations with high chance of blood cell damage. This work is supported by NIH Grant RO1-HL-07262 and the Minnesota Supercomputing Institute. 24 07 2009 biomedical MRI cardiovascular system cellular biophysics computational fluid dynamics flow simulation haemodynamics haemorheology...

... with respect to time for a stent. A three-dimensional laminar flow field was modeled via computational fluid dynamics through a stent-containing coronary sized vessel. Platelet deposition and accumulation was then simulated using a shear dependent accumulation function. The platelet deposition rate is given...