Abstract
Abstract Engineers and scientists are interested in predicting the behavior of fluids flowing in a pipe. Much effort has been directed toward the study of both single-phase (liquid or gas) and two-phase (liquid and gas) flow. This report describes an experimental study of two-phase flow up a vertical pipe using non-Newtonian liquids. A mathematical correlation of the data generated by using various fluids under a relatively wide range of flow conditions yields two equations that predict two variables of interest-the friction pressure gradient and the flowing fraction of liquid in the pipe.
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