ABSTRACT

Mathematical Model ...................................................................... 44 2.7 Visualization and the Analysis of Results of Calculation .............. 46 2.8 Optimization .................................................................................. 53 2.9 Conclusions .................................................................................... 56 Keywords ................................................................................................ 57 References ............................................................................................... 57

2.1 INTRODUCTION

From the very beginning of emersion of scrubbers before engineers who designed them, there was a problem-to predict parameters of work of the machine created by them before drawings will be given to manufacture. For apparatuses of rotational act, the problem became complicated that critical parameters of their work (resistance, efficiency, an input, etc.) are caused by a pattern of a current of streams in the setting. The current of multiphase medium so difficult that quite often unique reliable method of research in hydrodynamics remains till now anexperiment. Only in the past years, essential progress in creation of simulars and calculation of currents of multiphase medium has been attained [1-10]. It has given the chance to carry out calculation with high reliability of gained results that the necessary volume of experiment in many cases is reduced to a minimum. Unlike experiment, the numerical approach gives the chance to vary a row of the important parameters of a problem, such as viscosity, angular speed of twirl of the model, essentially influencing formation and behavior of the convective currents [11-18].