Table 2.

Blood flow characteristics for different tube diameters and H_t values employing “repulsion” EV interactions. H_t is the tube hematocrit, D is the tube diameter, v̄ is the mean flow velocity, γ̄ is the mean shear rate, ΔP/L is the pressure gradient, v_c is the centerline flow velocity, and v_p is the corresponding centerline velocity of the Newtonian plasma in the absence of cells.

Ht	D (μm)	v̄ (mm/s)	$\overline{\stackrel{.}{\gamma }}$ (seconds)	ΔP/L (Pa/m)	vc (mm/s)	vp (mm/s)
0.15	10	0.61	61.22	2.633 × 105	0.94	1.37
0.3	10	0.47	47.03	2.633 × 105	0.7	1.37
0.45	10	0.286	28.6	2.633 × 105	0.4	1.37
0.15	20	1.172	58.6	1.316 × 105	1.87	2.74
0.3	20	0.933	46.64	1.316 × 105	1.44	2.74
0.45	20	0.566	28.32	1.316 × 105	0.87	2.74
0.15	40	2.23	55.74	6.582 × 104	3.75	5.48
0.3	40	1.66	41.55	6.582 × 104	2.63	5.48
0.45	40	1.11	27.65	6.582 × 104	1.81	5.48