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Pulsatile Laminar Flows in a Dilated Channel Using Cartesian Curvilinear Coordinates

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Figure

Figure 1. Geometry used in the study in the asymmetric case.
Figure 3.Grid arrangement and notation in computationalspace.
Figure 4.Grid independence test for u/U in an asymmet-ric shaped aneurysm on the axial locations a) inlet ,(b) x/D =−8.0,(c) x/D = −4.0, (d) x/D = −3.0,(e)x/D = −2.0, (f)x/D = −1.0, (g) x/D = 0.0,(h) x/D = 1.0,(i) x/D = 2.0,(j)x/D = 4.0,(k) x/D = 8.0,(l) outlet where Case 1 : solid lines,Case 2 : dotted lines and Case 3 : circles.
Figure 7.Upper wall shear stress (WSS) distribution for theflow in an asymmetric shaped aneurysm at the different pulsatilephases (f) t/T = 9.5,(g) t/T = 9.6,(h) t/T = 9.7,(i) t/T = 9.8,(j)t/T = 9.9,(k) t/T = 10
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