Using the equation of energy to determine the friction losses in vertical high-viscosity two-phase flow

There have been submitted the analysis of the specific application of the equation of conversation of energy to determine the friction losses of two-phase high-viscosity ascensional flow in a vertical pipe. The method of processing theresults of the experimental data using the energy equation were presented, the results of generalization of experimental research in the form of approximating dependence for the entire range of data points have been showed also. Reasons of variation of experimental data points while the conventional division of the whole range of points in three areas depending on the values of the criteria Froude of two-phase high-viscosity flow have been analysed. The program for statistical data ahalysis have been used for processing the results of the experimental data, the approximating dependence have been derived with theapplication of Quasi-Newton method. There were compared the results f experimental generalization researches of twophase high-viscosity flows in the case of using the equation of conversation of energy and in the case of using the equation of conversation of momentum (impulse). The technique of experimental research, and approximating dependence for determining pressure loss due to friction two-phase high-flow can be recommended for application to calculate the elements of thermal technological equipment.There have been submitted the analysis of the specific application of the equation of conversation of energy to determine the friction losses of two-phase high-viscosity ascensional flow in a vertical pipe. The method of processing the results of the experimental data using the energy equation were presented, the results of generalization of experimental research in the form of approximating dependence for the entire range of data points have been showed also. Reasons of variation of experimental data points while the conventional division of the whole range of points in three areas depending on the values of the criteria Froude of two-phase high-viscosity flow have been analysed. The program for statistical data ahalysis have been used for processing the results of the experimental data, the approximating dependence have been derived with the application of Quasi-Newton method. There were compared the results f experimental generalization researches of two-phase high-viscosity flows in the case of using the equation of conversation of energy and in the case of using the equation of conversation of momentum (impulse). The technique of experimental research, and approximating dependence for determining pressure loss due to friction two-phase high-flow can be recommended for application to calculate the elements of thermal technological equipment