[HTML][HTML] Fluid-structure interaction simulation of prosthetic aortic valves: comparison between immersed boundary and arbitrary Lagrangian-Eulerian techniques for …
AM Bavo, G Rocatello, F Iannaccone, J Degroote… - PloS one, 2016 - journals.plos.org
In recent years the role of FSI (fluid-structure interaction) simulations in the analysis of the
fluid-mechanics of heart valves is becoming more and more important, being able to capture …
fluid-mechanics of heart valves is becoming more and more important, being able to capture …
The aortic reservoir-wave as a paradigm for arterial haemodynamics: insights from three-dimensional fluid–structure interaction simulations in a model of aortic …
P Segers, L Taelman, J Degroote, J Bols… - Journal of …, 2015 - journals.lww.com
Background: The reservoir-wave paradigm considers aortic pressure as the superposition of
a 'reservoir pressure', directly related to changes in reservoir volume, and an 'excess' …
a 'reservoir pressure', directly related to changes in reservoir volume, and an 'excess' …
CFD quantification of patient-specific haemodynamics in coarcted aortas following endovascular stenting
G D'Errico - 2019 - politesi.polimi.it
The patient-specific hemodynamics of a subject affected by coarctation of the aorta and
treated by endovascular stenting was investigated employing CFD. Particular attention was …
treated by endovascular stenting was investigated employing CFD. Particular attention was …
4D flow MRI-based non-invasive hemodynamic assessment and diagnosis in aortic coarctations
S Saitta - 2016 - politesi.polimi.it
In the clinical context of aortic coarctation, non-invasive evaluation of pressure differences
can improve hemodynamic assessment and diagnosis. Magnetic resonance time-resolved …
can improve hemodynamic assessment and diagnosis. Magnetic resonance time-resolved …