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Computer Simulation Of Heart Muscle In Contraction

models represented by a "black-box" which is always associated with the Hill Is empirical force-velocity relation, is shown to be equivalent to a system composed of a contractor in series with a viscous damper, combining the contractile and viscous properties of heart muscle. The validty of the proposed model for (CE) is investigated in Maxwell's configuration, using non-1 inear passive elastic elements [I ,2]. The computer simulation results based on the experimental data on cat papillary muscle, usually accepted as a good representative of heart muscle, are shown to verify the active state relationships between developed force, shortening velocity and instantaneous length [3,4]. The contractile component of Heart Muscle