XXXVII Workshop on Geometric Methods in Physics 1-7.07.2018
VII School on Geometry and Physics 25-29.06.2018

Bakyt Shalabayeva

Simulation of the dynamics of a single drop of a viscous liquid

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\begin{center}\Large{\textbf{Simulation of the dynamics of a single drop of a viscous liquid}}


\large{\textbf{Bakyt Shalabayeva }}\\
\textit{ Eurasian National University, Astana, Kazakhstan}\\

Theoretical and experimental study of the behavior of individual drops of one viscous liquid in another under the action of various physical fields (thermal, acoustic, electromagnetic) is of great importance in solving technological problems in various industries.
In general, the shape of the drop is non-spherical and is formed as a result of the complex interaction of a whole set of factors. Such as viscosity of liquids, interfacial tension forces, gravity, acoustic and electromagnetic fields, etc. Therefore, for an adequate description of the nonlinear dynamics of a single drop, it is necessary to use modern numerical simulation methods that allow one to determine border position of section between phases.


Event sponsored by:
of Bialystok
University of Bialystok

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