… dynamic (CFD) simulations of blood flow in these geometric models… of data to correctly set
up boundary conditions (BCs) for the … Under these conditions, the maximum flow velocity in the …

… scan images and the governing equations are solved using patient-specific 2D/4D MR
ascending flow rate data as inlet boundary conditions or a lumped model of the heart. At the outlet …

… Their framework also computed post-operative hemodynamics based on the virtual surgery,
… outlet flow rates in the daughter vessels are shown in Table 1. Inlet boundary conditions in …

… Simulations having the same flow rate but different inlet … two outlet conditions can be elucidated
in terms of defects (… impact on the hemodynamics (spiraling motion, retrograde flow, WSS …

… The simulated pressure, volume flow and flow velocity … and boundary conditions were used
to simulate the blood flow in … of the stent deployment as well as the hemodynamics can aid …

… stent intervention for treating the congenital heart defect (CHD) pulmonary artery stenosis
(… This is derived from wave intensity analysis where flow rate (Q) and vessel cross-sectional …

… LV simulations in order to mimic realistic hemodynamics of patient-specific LVs. We can
conclude that heart flow simulation is … numerical simulation, a proper set of boundary conditions …

… flow margin more accurately. We also studied sensitivity of haemodynamic indices (fractional
flow … pressure, u(t, x) is the blood flow velocity averaged over the cross-section, μ = 2.5 mPa …

… as a seepage outlet boundary condition in computational hemodynamics. Microcirculation
is … Numerical comparisons of the seepage and traditional boundary conditions are made. …

… dynamic (CFD) simulations of blood flow in these geometric models… of data to correctly set
up boundary conditions (BCs) for the … Under these conditions, the maximum flow velocity in the …