Date of Award
Civil and Environmental Engineering
Effective Carbon Number, Eyring, Kinematic Viscosity, McAllister, Predictive, Pseudo-binary
Abdul-Fattah AFA Asfour
Creative Commons License
This work is licensed under a Creative Commons Attribution-NonCommercial-No Derivative Works 4.0 International License.
The present study reports the mathematical development of a generalized predictive McAllister-type 4-body and 5-body interaction models which are applicable to multi-components systems. The reported models were extended and made predictive on the basis of the earlier work of Asfour and co-workers (1991, 1992, 1998, 2000a, and 2000b). The models were validated using an extensive database available from the literature including all types of multi-component systems with components having different molecular structures at different temperatures. A total of 4226 experimental data points representing binary, ternary, quaternary, and quinary were used in validating the model. The McAllister 4-body and 5-body interaction models gave satisfactory results. The pseudo-binary model (Wu and Asfour, 1992) was used with both the McAllister 4-body and 5-body interaction models. The pseudo-binary model reduces the number of parameters to two parameters regardless of the number of components in a system. The predictive capabilities of the 4-body, 5-body interaction models and the pseudo-McAllister binary models were compared with those of the 3-body generalized interaction model (Nhaesi and Asfour, 2000a) and the GC-UNIMODE model (Cao et al. 1993) with varying degrees of success.
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