Abstract
An analytical solution relating the mass flow rate to the film thickness and other flow parameters have been developed for the general case of gas—liquid two-phase annular flow in a horizontal pipe line for power-law fluids. The equation developed reduces to the equation derived for the Newtonian fluid when the flow index is equated to unity. In the absence of a detailed knowledge of the flow dynamics, the data were interpreted tentatively in terms of superficial gas—liquid mass flow rate.
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