Volume 97,   №1

CHARACTERISTICS OF SURFACE DEFORMATION AND FRAGMENTATION OF DROPLETS OF HIGH-VISCOSITY LIQUIDS MOVING IN A GASEOUS MEDIUM



The results of experimental and theoretical studies of the characteristics of surface deformation and fragmentation of droplets of high-viscosity liquids (glycerol and melted Al2O3) moving in a gaseous medium are presented. Typical shapes of droplets, modes, and cycles of surface deformation, cycle durations and the amplitude have been established. Minimum relative velocities of the movement of droplets have been determined leading to fragmentation of droplets of high-viscosity liquids (glycerol and melted Al2O3). The infl uence of a group of factors on the characteristics of deformation of droplets has been established: fl ow velocity (0–100 m/s) and initial sizes of droplets (1–5 mm). Satisfactory agreement between experimental data and the results of theoretical calculations for high-viscosity liquids (using the example of glycerol droplets) was obtained.
The results of experimental and theoretical studies of the characteristics of surface deformation and fragmentation of droplets of high-viscosity liquids (glycerol and melted Al2O3) moving in a gaseous medium are presented. Typical shapes of droplets, modes, and cycles of surface deformation, cycle durations and the amplitude have been established. Minimum relative velocities of the movement of droplets have been determined leading to fragmentation of droplets of high-viscosity liquids (glycerol and melted Al2O3). The infl uence of a group of factors on the characteristics of deformation of droplets has been established: fl ow velocity (0–100 m/s) and initial sizes of droplets (1–5 mm). Satisfactory agreement between experimental data and the results of theoretical calculations for high-viscosity liquids (using the example of glycerol droplets) was obtained.

Author:  D. V. Antonov, R. M. Fedorenko, V. V. Shekhovtsov, P. A. Strizhak, O. G. Volokitin
Keywords:  high-viscosity liquids, deformation, fragmentation, experiment, modeling, secondary fragments
Page:  161

D. V. Antonov, R. M. Fedorenko, V. V. Shekhovtsov, P. A. Strizhak, O. G. Volokitin.  CHARACTERISTICS OF SURFACE DEFORMATION AND FRAGMENTATION OF DROPLETS OF HIGH-VISCOSITY LIQUIDS MOVING IN A GASEOUS MEDIUM //Journal of engineering physics and thermophysics. . Volume 97, №1. P. 161.


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