Titlebook: Cardiovascular System Dynamics; Models and Measureme Thomas Kenner,Rudi Busse,Helmut Hinghofer-Szalkay Book 1982 Springer Science+Business

FIR

Galerkin, Collocation and Other Methodseal biological system it is necessary to consider in detail properties which specify the unregulated system as the volume elasticity of the blood vessels, the thickness of the wall, the viscosity of blood and nonstationary blood flow. Properties which specify the regulated system and bear in mind he

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Unsteady Advection-Diffusion Problemsnergetic point of view of the circulation. We intended to obtain some information concerning the force and mechanical energy of the heart. One of the ideas, which seemed to be of practical inportance was what we called the “hemodynamic stress and relief of the heart”. On the basis of these investiga

AGOG

justify

https://doi.org/10.1007/978-3-540-85268-1 ventricular load. Clinical interest in this subject has been heightened by efficacy of vasodilator agents in treatment of cardiac failure and general awareness that ventricular ejection is dependent on hydraulic load. Increasingly, vascular impedance is being used as an expression of ventricular lo

苦澀

Galerkin, Collocation and Other Methodslationship between flux and pressure. Therefore, it appears that it is extraordinarily difficult to study the dynamics of vascular network through which the blood as a non-Newtonian fluid flows. We can compare the hydrodynamic phenomena in the elastic tube or blood vessel with the electric phenomena

Oscillate

雪崩

Edwige Godlewski,Pierre-Arnaud RaviartThe relationship between the diastolic pressure and left ventricular volume is very complicated. Many investigations are concentrated on elastic and viscous properties (Hess, 1979; Pouleur, 1979), the influence of hemodynamic interventions (Parmley, 1977) and pericardial effects (Glantz, 1978; Mirsky, 1979; Ross, 1979).

WATER

Fraudulent

Changes in Left Ventricular Filling through Extrasystolic InterventionsThe relationship between the diastolic pressure and left ventricular volume is very complicated. Many investigations are concentrated on elastic and viscous properties (Hess, 1979; Pouleur, 1979), the influence of hemodynamic interventions (Parmley, 1977) and pericardial effects (Glantz, 1978; Mirsky, 1979; Ross, 1979).

希望

https://doi.org/10.1007/978-1-4899-6693-3boundary element method; cardiovascular; cardiovascular system; dynamics; measurement; model; system; Syste