Blood Circulation Of Mathematical Model In Flexible-Gluey Fluid With The Influence Of Electromagnetic Force
European Journal of Molecular & Clinical Medicine,
2020, Volume 7, Issue 8, Pages 1931-1936
AbstractWe are dealing with the theoretical and mathematical analysis in this paper and the complex study of a human body is regularly exposed to an exceptionally productive gluey liquid with electromagnetic forces. Equations are solved by using the technique of finite Hankel transformation; reliable schemes of consistent blood progression as investigated by couple stress fluids. The variations of these amounts of blood fluid with various variables connected with the examined fluid flow. With the assistance of graphs, the effects of body acceleration on blood flow within the magnetic impacts are explored and discussed. The results of magnetic effects used to determine flow, which in certain cases of respiratory failure, etc, can be useful.
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