Theoretical kinetic modeling demonstrates accurate transport property calculations in dense Lennard-Jones fluids, indicating broad quantitative utility across diverse thermodynamic states.
A kinetic theory for a fluid of particles interacting via a pair potential with hard-core plus truncated tail is described and used to derive a transport theory for the Lennard-Jones fluid as well as the square-well fluid. Numerical results for shear viscosity, thermal conductivity, and the self-diffusion coefficient are given for the Lennard-Jones fluid and compared with simulation and experimental results. Our Lennard-Jones theory proves quantitatively useful over a wide range of states.
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Karkheck et al. (1988) studied this question.
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