AN IMPENDANT METHOD OF DETECTING A REDUCTION IN HYDRAULIC RESISTANCE IN ARTERIAL VESSELS


  • (1)  Shukurov Zoxid Kuchkarovich            Head of the Department of Information Technology, Katakurgan branch of Samarkand State University, Candidate of Physical and Mathematical Sciences  
            Uzbekistan

  • (2)  Umarov Nurbek Erkinovich            Assistant of the Department of Information Technology, Katakurgan branch of Samarkand State University  
            Uzbekistan

  • (3)  Bozorov Bobur Baxtiyor o’g’li            Assistant of the Department of Information Technology, Katakurgan branch of Samarkand State University  
            Uzbekistan

    (*) Corresponding Author

Keywords:

newton’s liquid, continuity, oscillation parameter, pulsating motions

Abstract

The article deals with the problem of stationary blood flow in vessels with permeable walls. To determine the hydraulic resistance in an arterial vessel, the blood is considered to be a Newtonian viscous fluid, and the flow is stationary. In solving problems, formulas are obtained for determining the corresponding hydrodynamic parameters, such as velocity, fluid flow, and pressure gradient. Impedance method determined the hydraulic resistance. With a steady flow, the hydraulic resistance in the permeable vessel depends significantly on the permeability coefficient: with increasing this coefficient, it decreases.

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References

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Published

2022-02-16

How to Cite

Kuchkarovich, S. Z. ., Erkinovich, U. N. ., & o’g’li, B. B. B. . (2022). AN IMPENDANT METHOD OF DETECTING A REDUCTION IN HYDRAULIC RESISTANCE IN ARTERIAL VESSELS. Middle European Scientific Bulletin, 21, 150-157. Retrieved from https://cejsr.academicjournal.io/index.php/journal/article/view/1076

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Education

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