The Completed Second Kind Boundary Integral Equation Method for the Deformation of a Gas Bubble Due to Low Reynolds Number Flow
作者： H. Power , B. F. de Power
DOI: 10.1007/978-94-011-2872-8_14
关键词: Compressibility 、 Bubble 、 Mathematical analysis 、 Rotational symmetry 、 Integral equation 、 Boundary value problem 、 Mathematics 、 Double layer potential 、 Reynolds number 、 Reynolds equation
摘要: The time-dependent deformation of an incompressible or compressible gas bubble, due to the action shear at bubble surface exerted by external fluid, low Reynolds number, is formulated as a second boundary value problem for Stokes’ equations. This solved via Fredholm’s integral equation kind, that leads unique velocity regardless any axisymmetric property. It shown in case evolution qualitatively similar corresponding viscous drop, however, behavior different.
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