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NOVOTNÁ, V. PŮŽA, B. OLEKSII, B. KHUSAINOV, D. SHATYRKO, A.
Original Title
Construction of a mathematical model of the heart muscle
Type
conference paper
Language
English
Original Abstract
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 more accurately reflect the behavior of the heart, for example in pathological contractions, in which the reduction of arbitrary areas of arbitrary fibers or external mechanical impact. The main idea of the model of the ventricle and the outer shell of the heart is the division of the surface into longitudinal flexible fibers connected by elastic ligaments. The model is presented in the form of an elastic system, which is described in terms of a system of differential equations [4-8]. They simulate the contraction forces of the heart muscle. A static mathematical model was also used, which representing the left ventricle and the outer surface of the heart as a paraboloid of rotation and an elliptical paraboloid, respectively, taking into account the spiral course of muscle fibers. Euler's method was used to numerically solve the system of differential equations. Based on the above models, software was created that reflects the dynamic behavior of the heart muscle. In the course of the work it was possible to select such parameters at which the dynamics of the model became close to the dynamics of the real heart muscle and other models of heart work.
Keywords
Differential equation system; Heart muscle; Mathematical model; Medicine; Software
Authors
NOVOTNÁ, V.; PŮŽA, B.; OLEKSII, B.; KHUSAINOV, D.; SHATYRKO, A.
Released
1. 2. 2022
ISBN
1613-0073
Periodical
CEUR Workshop Proceedings
State
Federal Republic of Germany
Pages from
272
Pages to
280
Pages count
9
BibTex
@inproceedings{BUT179884, author="Veronika {Novotná} and Bedřich {Půža} and Bychkov {Oleksii} and Denys Ya. {Khusainov} and Andrej {Shatyrko}", title="Construction of a mathematical model of the heart muscle", booktitle="8th International Scientific Conference {"}Information Technology and Implementation", year="2022", journal="CEUR Workshop Proceedings", pages="272--280", issn="1613-0073" }