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A method to predict the shear viscosity of fluid mixtures is described. The method relies on the results of the Revised Enskog Theory for hard-sphere fluid mixtures and the use of temperature and density dependent diameters to model each species of the real mixture. The predictions are compared against the empirical Dean and Stiel correlation scheme for twenty six binary mixtures mainly of hydrocarbons. While the overall qualitative agreement is satisfactory, quantitative results may differ substantially. Possible sources of this discrepancy are briefly discussed.

Correlation Method for the Shear Viscosity of Fluid Mixtures at Moderate Densities