… to address these issues by simulating aortic flow with a variety of … plug flow, parabolic flow
with and without secondary flow, linear shear flows, skewed cubic profiles, and Womersley flow…

… between the calculated flow patterns and the MR … aortic flow in patients with artificial heart
valves in order to achieve a better knowledge of the specific features of such disturbed flows …

… to compare the blood flow pattern of aorta model of normal subject with blood flow pattern
of patient-specific aortic aneurysm. The steady and transient analyses of flow were carried out. …

… CFD results for axial and secondary flow patterns have been compared. Combining CFD …
Yamaguchi, Computational fluid dynamics modeling and analysis of the 3-d distortion of the …

… of CFD modeling and its application to aortic diseases, and primarily to aortic aneurysms. …
Differences of anatomical geometry (shape of the aorta) can generate patient-specific flow …

… flow separation in the distal aortic arch (7). The latter feature is shown here to be an important
determinant of flow development in the descending thoracic aorta … MRI and CFD of results …

… was to evaluate the use of turbulence models in the CFD of the aortic flow and to validate
the effects of such models on the flow in the aortic arch through comparison with 4D Flow MRI. …

… However, controversial issues for making an accurate CFD model remain. Firstly, to reduce
the calculation cost, we applied a fixed boundary condition in the present study, but wall …

… blood flow rates waveforms to provide the necessary velocity boundary conditions at the
CFD model’s inlets and outlets In general, after image acquisition, the 3D model reconstruction …

… computational fluid dynamics (CFD) model of a human aortic arch was … The results showed
that the torsion of the aortic arch … MRI based modeling was shown to be a powerful means to …