Methods: The study was conducted using a hybrid cardiovascular simulator, including a computational cardiovascular sub-model, a hydraulic sub-model of the descending aorta, and a baroreflex computational sub-model. A 40 cc balloon was inserted into a rubber tube component of the hydraulic sub-model. A comparative analysis was conducted for two aortic compliances (C1 = 2.4 and C2 = 1.43 cm(3)/mmHg, corresponding to an aortic pulse pressure of 23 mmHg and 35 mmHg, respectively), driving the balloon for different trigger timings.

IABP timing and ventricular performance - comparison between a compliant and a stiffer aorta: a hybrid model study including baroreflex

Fresiello Libera;Di Molfetta Arianna;Ferrari Gianfranco
2013

Abstract

Methods: The study was conducted using a hybrid cardiovascular simulator, including a computational cardiovascular sub-model, a hydraulic sub-model of the descending aorta, and a baroreflex computational sub-model. A 40 cc balloon was inserted into a rubber tube component of the hydraulic sub-model. A comparative analysis was conducted for two aortic compliances (C1 = 2.4 and C2 = 1.43 cm(3)/mmHg, corresponding to an aortic pulse pressure of 23 mmHg and 35 mmHg, respectively), driving the balloon for different trigger timings.
2013
Inglese
36
11
749
757
9
Baroreflex
Cardiovascular lumped parameter model
Hybrid model
IABP
5
info:eu-repo/semantics/article
262
Fresiello, Libera; Khir Ashraf, W; DI MOLFETTA, Arianna; Kozarski, Maciej; Ferrari, Gianfranco
01 Contributo su Rivista::01.01 Articolo in rivista
none
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/285009
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