Key result
A physical model of the cardiovascular system using electrical circuit components was developed to simulate hemodynamics parameters close to the human body.
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A physical model based on electrical circuit components can simulate human cardiovascular hemodynamics, potentially improving understanding of the cardiovascular system.
The whole cardiovascular system can be described as an electrical circuit with resistors (resistivity of blood vessels R), capacitors (compliance of blood vessels C) and inductors (inertance of blood vessels L). It is possible to evaluate all of the parameters of arteries and developed a physical model of the cardiovascular system. Physical model has to simulate real conditions which are in the human cardiovascular system. It would bring a better knowledge about the behaviour of cardiovascular system and improve its treatment. In this paper is described first and second approach of the physical model of the cardiovascular system which is able to simulate hemodynamics parameters close to the human body.
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Peter et al. (2018) studied Cardiovascular system modeling. Physical model of the cardiovascular system was evaluated on Simulation of hemodynamics parameters. A physical model of the cardiovascular system using electrical circuit components was developed to simulate hemodynamics parameters close to the human body.
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