VOLUME 67 (12/2023)
| TITLE | | INFLUENCE OF INERTIAL FORCES ON FLOW OF ELECTRICALLY CONDUCTIVE LIQUIDS IN A TRANSVERSE MAGNETIC FIELD |
| | AUTHOR(S) | | A. Mamedov, E. Lavrukhin, A. Murashchenko, O. Yakhno |
| | ABSTRACT | | In a whole range of hydromechanical equipment, there are working sections in which
the flow of an electrically conductive fluid in a transverse magnetic field is realized over
short sections of the channel. This kind of flow differs in a number of features from a
stabilized flow. These peculiarities are due to the fact that, unlike a stabilized flow, fluid
motion is implemented in the field of action of inertia forces and forces of a magnetic
nature, that is, ponderomotive forces. Depending on the rheological properties of the fluid
and the magnitude of this type of force, a hydrodynamic initial section is formed, which
has peculiarities of the distribution of velocities, stresses and pressures. In this case, the
length of this section plays an important role, since depending on it staying time of the
liquid in this section can be determined, which is important in a number of technological
processes associated with metallurgy, biomechanics and mechanotronic systems. In this
regard, the task of forming ideas about the processes of magnetic hydrodynamics for this
case is relevant. An attempt to study a similar problem in this work is devoted to the
creation of both a mathematical and physical model of this flow. Based on experimental
data, taking into account the rheological properties of working fluids, an attempt was
made to determine the criteria characterizing this process and their influence on the
hydrodynamic initial section. |
| | DOI | | doi.org/10.62853/WAKN4960 |
| | PAGES | | 30-33 |
| | DOWNLOAD | | INFLUENCE OF INERTIAL FORCES ON FLOW OF ELECTRICALLY CONDUCTIVE LIQUIDS IN A TRANSVERSE MAGNETIC FIELD |
| | How to cite this article: | | Mamedov A., E. Lavrukhin, A. Murashchenko, O. Yakhno. Influence of inertial forces on flow of electrically conductive liquids in a transverse magnetic field. Journal of the Technical University of Gabrovo. 67 (2023) 30-33. |
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