A general investigation of the heart pulse propagation in blood vessel has been done and this research has been conducted for the blood flow in physiological conditions; then also the problems connected to new surgical techniques and also necessary in the organs transplantations. In particular in presence of insertion at some distance from the input is investigated and also the effects of the connection of vascular segments with different mechanical properties increases the risk of generation of blood turbolence fluxes and involves, in the arterial vessels. Mechanical models of cardiovascular system have been studied and the effects considered in clinical applications.
A general investigation of the heart pulse propagation in blood vessel has been done and this research has been conducted for the blood flow in physiological conditions; then also the problems connected to new surgical techniques and also necessary in the organs transplantations. In particular in presence of insertion at some distance from the input is investigated and also the effects of the connection of vascular segments with different mechanical properties increases the risk of generation of blood turbolence fluxes and involves, in the arterial vessels. Mechanical models of cardiovascular system have been studied and the effects considered in clinical applications.
Pulse wave propagation in blood vessels:theoretical investigation and clinical applications / Barbieri, I; Belmonte, G; Colì, L; Donati, G; Gardini, Gl; Pallotti, G; Pettazzoni, P; Salcito, D; Selezov, I; Tedesco, A; Zvonareva, O.. - In: JOURNAL OF BIOMECHANICS. - ISSN 1873-2380. - 39 supplement 1:(2006), p. 65. (Intervento presentato al convegno 5th World Congress of Biomechanics tenutosi a Munich, Germany nel 29 July – 4 August 2006).
Pulse wave propagation in blood vessels:theoretical investigation and clinical applications
Donati G;
2006
Abstract
A general investigation of the heart pulse propagation in blood vessel has been done and this research has been conducted for the blood flow in physiological conditions; then also the problems connected to new surgical techniques and also necessary in the organs transplantations. In particular in presence of insertion at some distance from the input is investigated and also the effects of the connection of vascular segments with different mechanical properties increases the risk of generation of blood turbolence fluxes and involves, in the arterial vessels. Mechanical models of cardiovascular system have been studied and the effects considered in clinical applications.
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