TWO-PHASE MIXTURE COMPONENTS IN THE PARALLELEPIPED AT IMPULSE ACTION
Keywords:
two-phase mixture, kinetic approach, density of particles distributionAbstract
The article determines that the problems of the dynamics of biphasic mixtures are important and relevant for modern industry. The fluidity of the fluid affects the handling of the relevant objects.
In the article a comparative analysis of dynamic processes in a two-phase mixture in stationary and moving rectangular parallelepipeds with external impulse influence is carried out using a mathematical model constructed on the basis of the kinetic approach. A comparison of the average characteristics of the motion of a particle system in a moving and stationary parallelepiped is carried out.
The motion of a liquid-particle system in a moving parallelepiped is studied, due to the introduction of particles into a liquid and the application of impulsive pressure on a free surface of a liquid, using a model of a two-phase media of a liquid-particle, which is based on the statistical approach. The law of distribution of the average particle density was found on the kinetic and diffusion modes.
