Abstract
In this paper, liquid layer flow considering surface tension
effect, encountering a convex corner has been discussed. The flow profile
far upstream is fully developed. Half-Poiseuille gives exact solution far
upstream. Due to small disturbance of 0(δ), matched asymptotic technique has been opted to get the linearized solutions far downstream. The
obtained equations have been solved numerically using Chebyshev Collocation method in collaboration with finite difference scheme. These
results have been verified via computational work. The aforementioned
method is beneficial, as we have successfully plotted graphs for the cases
s = 0.1 and 0.2. Eventually, we have compared obtained results with the
Gajjar’s results [3]
Maimoona Faryad, Saadia Farid, Samia Riaz. (2015) Fully Developed Liquid Layer Flow Over a Convex Corner Considering Surface Tension Effects Using Numerical Methods, Punjab University Journal of Mathematics, Volume 47, Issue 2.
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