Numerical Simulation Of The Deformation Of Charged Drops Of Electrolyte
Price
Free (open access)
Transaction
Volume
82
Pages
12
Page Range
203 - 214
Published
2014
Size
381 kb
Paper DOI
10.2495/AFM140181
Copyright
WIT Press
Author(s)
M. R. Davidson, J. D. Berry, & D. J. E. Harvie
Abstract
The volume-of-fluid based numerical method of Berry et al. (J. Computational Physics, 251, pp. 209–222, 2013), for predicting electrokinetic flow of multiphase flow with deformable interfaces, is extended to account for the effect of interfacial charge. The numerical representation of interfacial charge is validated using two simple test cases. Finally, the use of the extended algorithm is demonstrated by simulating the breakup of an unstable charged water drop in air. Keywords: two-fluid flow, Volume of Fluid, charged interface, electrokinetic.
Keywords
two-fluid flow, Volume of Fluid, charged interface, electrokinetic.