… )+s eff J v f m (c 1 ,c 2 ), where f m represents the average concentration within the membrane…
Analogously, we introduce the subscripts i and m to distinguish between the intima and the …

The aim of this paper is to describe and discuss the results of numerical comparative study
performed in order to demonstrate and quantify some of the most relevant non-Newtonian …

The coronary arteries undergo large dynamic variations during each cardiac cycle due to
their position on the beating heart. The local artery curvature varies significantly. In this study …

… Applying the mean inflow velocity U 0 =0.36 m/s , the apparent viscosity μ=3.9×10 −3 Pa s
, the constant density ρ=1044 kg/m 3 and the reference length L 0 =3.95×10 −3 m results in …

… of drug stored in the stent coating (M stent (t)) and in the arterial wall (M wall (t)) for a period
of … (M stent (t)) and in the arterial wall (M wall (t)) for a period of 6 days after the implantation. …

… 410 3 m, dM 3.9510 3 m as reference length using the constant … 1044 kg m 3 the mean
Reynolds numbers ReU0d / … 3 m from the edge of the sutured structures and at 110 3 m distance. …

Objective: To evaluate the differences between non-circular shape of FloWatch ® -PAB and
conventional pulmonary artery (PA) banding. Methods:Geometrical analysis. Conventional …

… we will denote with the subscripts l, i, m the physical quantities related with the lumen, the
intima and the media respectively. Moreover, we will apply the subscripts end and iel for the …

… In this study the blood was modelled as a Newtonian fluid with an apparent viscosity μ=3.5
mPa s and a constant density of ρ = 1050 kg / m 3 . The effects of shear thinning and of …

… The interactions between the phases are represented by the momentum transfer term m;
PJ• Ps are the constant densities, JlJ, Jls are apparent viscosities and g is the vector of …