Hemodynamic in abdominal aorta bifurcation was investigated in a real case using computational
fluid dynamics. A Newtonian and non-Newtonian (Walburn-Schneck) viscosity models …

… We observed that mean blood flow velocity, aortic pressure, and von Mises stress … of aortic
movement was lower in the DM model than in the control model, suggesting that the DM aortic …

… layer-specific experiments for human aortas. The material model … Numerical results present
a difference between systolic and … Constant length of the aortic segment between systolic and …

… of the abdominal aorta, modiied to represent the resting flow … idelity of the atomistic or
mesoscopic models leading to hybrid type … end-diastolic, end-systolic and stroke volumes and the …

… We compare the systolic blood pressure (SBP), diastolic blood pressure (DBP), and mean
arterial pressure (MAP) that are calculated from S B P + 2 D B P / 3 ), in millimeters of mercury (…

… -contrast flow MRI. By comparing the results from CFD and 4D-Flow MRI in 3D-printed flow
… LES is capable of obtaining accurate aortic flow with acceptable computational cost. In silico …

… ) where a simplified pulsating flow was simulated by controlling the flow pressure. The
pressure distribution, wall shear stress and flow velocity streamlines within the aorta and the false …

… [33] tested samples of four healthy human abdominal aortas at low shear strain with a
rotational rheometer, reporting loss tangent values from 0.04 to 0.1 and storage moduli gradually …

… The mesoscopic and local nature of the governing lattice … flow through an abdominal
aortic aneurysm (AAA) is … During the start of the systolic period, as the flow rate increases, a …

… Based on a mesoscopic model, three parameters (thrombin and plasmin concentration, and
… This velocity is the peak systolic velocity reached in the physiologic abdominal aorta velocity …