... affecting the vortex structure, which is reduced with the increase of the Casson number even in flows with considerable inertia. 01 04 2005 06 12 2005 non-Newtonian flow polymer solutions blood haemodynamics sediments geophysical fluid dynamics vortices Galerkin method finite...

... be of substantial interest for applying periodic shear stresses to cell cultures in vitro. 06 06 2005 17 08 2005 haemodynamics cardiovascular system pulsatile flow shear flow cellular biophysics bioreactors tissue engineering With rapidly progressing technologies, the future...

... fluid oscillations physiological models haemodynamics blood vessels Today, due to the impressive advancements in high performance parallel computing the large-eddy simulation (LES) approach has emerged as a valuable tool for turbulence research and has contributed invaluable information...

... 2004 flow visualisation artificial organs rotational flow viscosity haemodynamics laser velocimetry blood sodium compounds organic compounds liquid mixtures refractive index biodiffusion pipe flow turbulent diffusion Mechanical assistance in blood pumping varies widely...

... Division April 1, 2003; revised manuscript received November 17, 2003 Associate Editor: Y. Tsujimoto. 01 April 2003 17 November 2003 12 07 2004 cardiology prosthetics computational fluid dynamics blood haemodynamics Left ventricular assist devices (LVADs) have been...

... or decelerates, as for example in case of physiological flows, unsteady inertial forces change the whole picture dramatically. pulsatile flow pipe flow vortices shear flow biological fluid dynamics haemodynamics 27 July 2000 27 November 2001 28 05 2002 Contributed...