id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
ajst-25670	Dadash-Zade, Mirza A.; Cao, Ru	Fluid Mechanics of Gas-Liquid Systems	2024	2	.pdf	application/pdf	1413	75	56	Problem Statement This paper discusses some of the variable parameters that characterise the flow in gas-liquid systems; volumetric flow rate of liquids, gases (vapours), gas content, density, viscosity, etc. Methods of calculating the main parameters of two-phase flow of liquids, gases, etc. are also proposed; based on the mode of motion of each phase. Analyses have shown that these experimental points can be well estimated by the equation (1) where is the tangential stress on the sides of the pipe when a gas-liquid mixture is moving in the pipe; , are the tangential stresses on only the liquid and gas moving in the pipe, respectively; k-coefficient; The analysis shows that for the two-phase system where the Reynolds parameters of the liquid and gas vary within the limits, 465 40800 and 3000 15300 , the Froude parameters of the liquid and gas, respectively, are within the limits of 9.7 1358 and 0.28 2173 for parameter values k =26.	cache/ajst-25670.pdf	txt/ajst-25670.txt