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. Author manuscript; available in PMC: 2017 Jun 1.
Published in final edited form as: Artif Organs. 2015 Nov 3;40(6):586–595. doi: 10.1111/aor.12602

TABLE 1.

Design and shear stress parameters for syringe-capillary viscometer experiments

τavg
(dyne/cm2)
texp (s) No.
of
loops
Tubing
diameter
(mm)
Tubing
length
(cm)
Outflow
rate
(ml/min)
SA
(dyne-
s/cm2)
a) High shear,
single passage
250 0.100 1 0.366 22.95 14.44 25
500 0.050 1 0.366 22.95 28.88 25
1000 0.025 1 0.366 22.95 57.76 25
b) Low shear,
multiple
passages
15 80.146 2 0.366 1100 0.87 2412
15 80.146 4 0.366 1100 0.87 4833
15 80.146 6 0.366 1100 0.87 7253
15 80.146 8 0.366 1100 0.87 9674
15 80.146 10 0.366 1100 0.87 12094
c) Variable
shear and
exposure times
2.5 6.000 1 0.8 30 1.51 15
25 0.600 6 0.8 30 15.08 112
50 0.300 12 0.8 30 30.16 228
100 0.150 25 0.8 30 60.32 479
150 0.100 37 0.8 30 90.48 711
200 0.075 50 0.8 30 120.64 962
250 0.060 62 0.8 30 150.80 1194
300 0.050 74 0.8 30 180.96 1426
350 0.050 74 0.8 35 211.12 1611
400 0.050 74 0.8 40 241.27 1796
500 0.063 74 0.38 30 32.32 2883
600 0.053 120 0.38 30 38.79 4304

Shear stress, exposure time, tubing parameters, and stress accumulation (SA) values for all conditions.