… 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 …

… 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 …

… In this article, the hemodynamics of nanofluid flow through … and u 0 is the typical flow velocity.
Introducing the dimensionless … the effect of many boundary conditions on flow variables, no-…

… septal defect causes abnormal changes in hemodynamics, … boundary condition of cardiac
flow is a non-slip boundary at … f(x) × dx of entropy generation and flow velocity before and after …

… outlet boundary conditions in modelling the hemodynamics of … patient-specific measurements
of flow rate and pressure. We … Thus, because the hemodynamics of a CoA model is highly …

… defects (such as stenoses and aneurysms) [1,2]. For the … -sectional area and flow rate (or
mean velocity) is constructed. … the boundary conditions for the practical predictive simulations. …

… flows in relation to TOF patients and a haemodynamic … the velocity profiles were calculated
to evaluate the flow rate in … and outlet boundary conditions on the haemodynamics in …

… simulation of CHDs using computational hemodynamics has … on blood flow rate, velocity,
and resistance. Neidlin et al. [25] … We apply the no-slip boundary condition on the aortic walls. …

… both upstream and downstream boundary conditions on resulting hemodynamics, which is …
we ran a pre-simulation using Murray’s Law and stored the outlet volumetric flow rates to then …

… of 3D fluid–structure interaction (FSI) CFD simulations to characterize the hemodynamics
of … and boundary conditions. (c) Transient pressure (top) and instantaneous flow rate (bottom) …