Browsing by Author "Hocking, Graeme Charles"
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A note on steady flow into a submerged point sink
Hocking, Graeme Charles; Forbes, Lawrence K.; Stokes, Tim E. (Cambridge University Press, 2014)The steady, axisymmetric flow induced by a point sink (or source) submerged in an unbounded inviscid fluid is computed. The resulting deformation of the free surface is obtained, and a limit of steady solutions is found ... 
The effect of surface tension on free surface flow induced by a point sink in a fluid of finite depth
Hocking, Graeme Charles; Nguyen, H.H.N.; Stokes, Tim E.; Forbes, L.K. (Elsevier Ltd, 2017)Solutions are presented to the problem of steady, axisymmetric flow of an inviscid fluid into a point sink. The fluid is of finite depth and has a free surface. Two numerical schemes, a spectral method and an integral ... 
The effect of surface tension on freesurface flow induced by a point sink
Hocking, Graeme Charles; Nguyen, H.H.N.; Forbes, L.K.; Stokes, Tim E. (Cambridge University Press, 2016)The steady, axisymmetric flow induced by a point sink (or source) submerged in an inviscid fluid of infinite depth is computed and the resulting deformation of the free surface is obtained. The effect of surface tension ... 
On starting conditions for a submerged sink in a fluid
Forbes, Lawrence K.; Stokes, Tim E.; Hocking, Graeme Charles (Springer, 2008)Withdrawal of a fluid through an isolated line sink (for planar flow) or a point sink (for axisymmetric flow in three dimensions) is considered. A linearized solution is presented in both cases, under the assumption that ... 
A rational approximation to the evolution of a free surface during fluid withdrawal through a point sink
Hocking, Graeme Charles; Stokes, Tim E.; Forbes, Lawrence K. (Cambridge University Press, 2010)The time varying flow in which fluid is withdrawn from a reservoir through a point sink of variable strength beneath a free surface is considered. Asymptotic techniques are used to derive an approximate solution to the ...
Coauthors for Graeme Charles Hocking
Graeme Charles Hocking has 4 coauthors in Research Commons.