Motion of blood formed elements in a pulsatile hemodynamic flow

Author: Timoshenko Vladimir I., Chernov Nikolay N.

Journal: Cardiometry @cardiometry

Section: Report

Article in issue: 13, 2018.

Free access

This paper offers some results obtained in our studies on the motion of individual formed elements in blood with due regard of a pulsatile flow of the plasma in the blood vessels. An analysis of the process of the motion of the blood particles having different shapes in a pressure wave variable field of the pressure wave has been completed herein.

blood formed elements \ motion \ pressure wave variable field \ human circulatory system \ physical models of motion of formed elements

Short address: https://sciup.org/148308848

ID: 148308848   |   DOI: 10.12710/cardiometry.2018.13.2226

References Motion of blood formed elements in a pulsatile hemodynamic flow

  • Rudenko MY. Problems and prospects for the study of hemodynamics based on electrocardiograms. Scientific and study guide. Moscow: RosNOU, 2006. 12 p.
  • Voronova OK. Development of models and algorithms of the automated estimation of transport function in cardiovascular system: Dissertation. Voronezh: VorSTU; 1995
  • Shiller N, Osipov MA. Clinical echocardiography. Moscow: Practice, 2005. 344 p.
  • Landau LD, Lifshitz EM. Mechanics of continuous media. M.-L., 1944. 244 p.
  • Fuks NA. The mechanics of aerosols. Moscow: Publishing House of the Academy of Sciences, 1955. 351 p.
  • Hydroacoustic encyclopedia. Ed. by Timoshenko VI. Taganrog: Publishing house of TRTU. 2000. p. 456.
  • Timoshenko VI, Chernov NN. Interaction and diffusion of particles in a sound field. Monograph. Rostov-on-Don: Rostizdat LLC, 2003. 304p.
  • Chernov NN, Zagray NP, Laguta, MV, Varenikova AY. Method for determining size of inhomogeneity localization region based on analysis of secondary wave field of second harmonic. Journal of Physics: Conference Series. 22 May 2018;1015(3). Article No. 032081.
  • Gong X, Liu X, Zhang D. Study of third-order nonlinear parameter C/A for biological specimens. Nonlinear Acoustics -Fundamental and Applications. 2008; Proceedings of 18th International Symposium on Nonlinear Acoustics ed B.O. Enflo, C.M. Hedberg, L Kari and Melville (New York: American Institute of Physics)
  • Borisov AV, Kuznetsov SP, Mamaev IS, Tenenev VA. Describing the motion of a body with an elliptical cross section in a viscous uncompressible fluid by model equations reconstructed from data processing. Technical Physics Letters. 2016;42(9):886-90 DOI: 10.1134/S1063785016090042
  • Vetchanin EV, Mamaev IS, Tenenev VA. The self-propulsion of a body with moving internal masses in a viscous fluid. Regular and Chaotic Dynamics. 2013;18(1-2):100-17 DOI: 10.1134/S1560354713010073
  • Aul'chenko SM, Kaledin VO, Shpakova YV. Forced oscillations of shells of revolution in a viscous fluid flow. Technical Physics Letters. 2009;35(2):114-6 DOI: 10.1134/S1063785009020059
  • Chernov NN, Laguta MV, Varenikova AY. Research of appearance and propagation of higher harmonics of acoustic signals in the nonlinear media. Journal of Pharmaceutical Sciences and Research. November 2017;9(11):2241-6
  • Bur'Kov DV, Starchenko IB, Timoshenko VI. Scattering of parametric array signals by spherical unregularities. 4th International Conference on Actual Problems of Electronic Instrument Engineering, APEIE 1998 -Proceedings, Volume 1998, September, 1998, Pages 263-264
  • Voronin VA, Kotlyarov VV, Kuznetsov VP, et al. Investigation of a receiving parametric array with extended base. Akusticheskii Zurnal. March 1992;38(2):353-6.
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