According to statistics, the problem of cardiovascular disease ranks first among diseases [1-
3]. The purpose of this work is to build a mathematical model of the heart muscle, which will …

The article illustrates the method of mathematical modelling in physiology as a unique tool to
study physiological processes. A number of demonstrated examples appear as a result of …

MATHEMATICAL MODELLlNG OF HEARTS Page 1 (i) MATHEMATICAL MODELTING OF
HEARTS bg Arieh Hel fgott ' B.Sc- (Mech. Eng'), 1963 Technion,IsraellnstituteofTechnologylHaÍfa …

Ventricular myocardium is a twisted thick muscular band. To simulate the
electrophysiological and mechanical activity of the myocardium, it is important to have not …

This paper describes a simulation of the motion of the heart during the heart cycle. It
considers the heart as a body with two cavities representing the combined atria and …

Background: How can mathematics help us to understand the mechanism of the cardiac
motion? The best known approach is to take a mathematical model of the fibered structure …

An axisymmetric model is suggested to simulate mechanical performance of the left ventricle
of the heart. Cardiac muscle is treated as incompressible anisotropic material with active …

A numerical simulation system for the estimation of mechanical properties and functions of
the human left ventricle has been constructed in an interdisciplinary research project …

We present a multiscale mathematical model of the pumping function of the left ventricle (LV)
of the heart in the circulatory system. The properties of the LV myocardium were described …

1 PHYSIOLOGY The heart is a hollow organ whose wall consists of an assemblage of
cardiac muscle fibers. The performance of the heart is well characterized by the Starling law …