.... 12 08 2011 21 11 2011 21 12 2011 21 12 2011 adhesion blood vessels flow simulation haemodynamics shear flow shear stress curvature venule arteriole computational discrete element model Tortuous blood vessels, including microvessels, are often seen...

... 07 2011 blood vessels flow simulation haemodynamics haemorheology non-Newtonian flow non-Newtonian fluids physiological models shear flow statistical analysis stents viscosity The main function of blood is the transport of oxygen, carbon dioxide, and nutrients. It also...

... could be placed in the results presented here. In addition, the previous pulsatile flow study by the authors showed that in terms of velocity, axial wall shear stress, and turbulence intensity profiles, the laminar flow simulation was inadequate in predicting the spatial flow recovery that was due...

.... lymphatic system lymphatic vessel lymph transport mathematical model blood vessels flow simulation haemodynamics 10 05 2010 21 09 2010 15 10 2010 23 12 2010 23 12 2010 2011 American Society of Mechanical Engineers ...

... potentially reducing the computational cost of these simulations by several orders of magnitude. computational fluid dynamics flow simulation lung medical computing pneumodynamics Predicting and understanding the fate of inhaled particles is important for a number of health related applications...

... of Bacterial Chemotaxis in Flow-Based Microfluidic Devices ,” Nat. Protoc. 1750-2799 , 5 ( 5 ), pp. 864 – 872 . 10.1038/nprot.2010.18 25 03 2010 17 09 2010 15 10 2010 16 11 2010 16 11 2010 diffusion flow simulation flow visualisation microfabrication...

... measurement blood vessels computational fluid dynamics deformation flow simulation flow through porous media haemorheology liver mathematical analysis physiological models The liver is the largest gland in the body, weighing around 1.5 kg in normal adults. It receives blood from two main...

... used can be found in Tables 1 2 . Jet injected into silicon rubber ( V = 0.025   ml ) 24 07 2009 03 08 2010 01 09 2010 01 10 2010 01 10 2010 biological fluid dynamics computational fluid dynamics energy conservation flow simulation...

... biological tissues cardiovascular system diseases finite element analysis flow simulation haemodynamics permeability physiological models pulsatile flow aneurysm porohyperelastic permeability finite element model Abdominal aortic aneurysms (AAAs) are a progressive dilatation...

... explanation for why submicron particles deposit preferentially in the acinar-entrance region. 14 08 2009 05 08 2010 16 08 2010 27 09 2010 27 09 2010 biodiffusion cellular biophysics flow simulation lung molecular biophysics numerical analysis physiological models pipe...

... patients, or to test hypotheses related to the role of local fluid dynamics and other biomechanical factors in vascular diseases. 19 01 2010 10 05 2010 27 05 2010 17 08 2010 17 08 2010 bifurcation cardiovascular system computational fluid dynamics flow simulation...

... Reynolds numbers of about 10,000 in the larger vessels ( 9 ), thus well inside the turbulent regime. In addition, the presence of a stenosis is per se a turbulence trigger. blood vessels cellular biophysics flow simulation haemodynamics haemorheology pipe flow turbulence 30 11 2009...

.... The generalized results could find applications for the design of bioreactors with a porous wall. biomedical equipment bioMEMS bioreactors convection diffusion finite element analysis flow simulation flow through porous media microchannel flow Navier-Stokes equations mass transfer microchannel...

... transitional flow model has yielded a slightly lower peak wall shear stress and higher maximum turbulence intensity without causing discernible changes to the distribution patterns. Comparisons between the laminar and turbulent flow simulations show a qualitatively similar distribution of wall shear stress...

... ) maximum shear stress 13 04 2009 20 10 2009 22 12 2009 17 02 2010 17 02 2010 blood vessels finite volume methods flow simulation fluid oscillations haemodynamics jets paediatrics prosthetics pulsatile flow shear turbulence An anastomosis is a surgical...

... blood vessels cardiovascular system diseases flow simulation haemodynamics lung paediatrics pneumodynamics surgery Since the introduction of the Fontan procedure ( 1 ), as a palliative surgical repair for patients with various forms of complex congenital heart defects, the hemodynamics...

... ,” Artif. Organs 0160-564X , 23 ( 3 ), pp. 280 – 285 . 10.1046/j.1525-1594.1999.06318.x 16 10 2008 28 05 2009 16 10 2009 artificial organs cardiovascular system finite volume methods flow simulation Green's function methods haemodynamics jets pulsatile flow...

... separation flow simulation haemodynamics physiological models pipe flow pulsatile flow stent Wallstent Aurora stent NIR stent Bx Velocity stent CFD strut wall shear stress wall shear stress gradients restenosis Angioplasty combined with stent deployment opens atherosclerotic...

... for airway regions after generation G6. tracheobronchial tree segmental decomposition computational fluid-particle dynamics simulations nanoparticle deposition micron particle deposition bifurcation computational fluid dynamics flow simulation lung nanoparticles physiological models...

... in large arteries. In the present study, LDL and albumin accumulations were observed in the low WSS regions of a human RCA using a fluid-wall mass transport model. It was also found that steady flow simulation could overestimate the magnitude and underestimate the area of accumulations. The association...