Abstract:

The interaction of droplets of the dispersed phase with a continuous medium in the flow of a liquid emulsion is complex and ambiguous. The regime of motion and hydrodynamic parameters initiate a number of accompanying physical phenomena in the emulsion due to the conditions of motion of the continuous medium and the state of the dispersed phase. The probability of their realization is related to the flow conditions created during the implementation of various technological processes. The modeling of interrelated phenomena in the emulsion flow is considered, which is supplemented by the involvement of experimental research data. A hybrid modification of conventional criterion models with empirical data in the form of elementary physical phenomena is proposed.


Keywords and phrases:

heterogeneous media, modeling, elementary physical phenomena, nonlinear dependence, emulsion.