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Rheology of hydrodynamically interacting concentrated hard disks
Journal of Chemical Physics. 1994;101(10):9016-21.
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Abstract
The authors have developed a novel Lagrangian-Eulerian numerical scheme to model the dynamics of dense hard-disk suspensions with many-body hydrodynamic interactions in an incompressible Newtonian solvent. A simple derivation of anal. soln. of lubrication force between disks is given. Reasonable agreement of viscosity calcd. by lattice-gas cellular automata and the authors' method is obtained, despite the absence of Brownian forces in the authors' model. [on SciFinder(R)]
Keyword(s)
Algorithm; Force; Viscosity (novel Lagrangian-Eulerian numerical scheme for modeling dynamics and rheol. of dense hard-disk suspensions with many-body hydrodynamic interactions in incompressible Newtonian solvent) ; lubrication force lattice gas model suspension; rheol hydrodynamic interaction hard disk suspension
Bibliographic metadata
- CAN 122:223726 66-4 Surface Chemistry and Colloids Journal 0021-9606 written in English