2001 volume 33(1)
doi:10.1068/htwu278

Cite as:
Cristofoli G, Grigiante M, Scalabrin G, 2001, "Viscosity prediction of pure fluids and mixtures in a corresponding-states framework" High Temperatures - High Pressures 33(1) 83 – 94

Viscosity prediction of pure fluids and mixtures in a corresponding-states framework

Giovanni Cristofoli, Maurizio Grigiante, Giancarlo Scalabrin

Received 20 December 1999

Abstract. A three-parameter corresponding-states (CS) model is here developed importing methods formerly studied for the volumetric representation of fluids. Two fluids of the same conformal family are chosen both for their third parameter, here defined, and for the availability of viscosity-dedicated equations. On the basis of the three-parameter CS model form of Teja et al for volumetric properties, the reduced viscosity of a third fluid of the family is obtained in reduced pressure and temperature.

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