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Similarity solutions for a model arising from high frequency excitation of liquid metal in an antisymmetric magnetic field
期刊文章

Similarity solutions for a model arising from high frequency excitation of liquid metal in an antisymmetric magnetic field

Bernard BrighiJe-Chiang Tsai
IMA Journal of Applied Mathematics (Institute of Mathematics and Its Applications), 卷.77(2), 頁碼.157-195
04/2012

摘要

boundary-value problem initial-value problem phase plane analysis similarity solution third-order differential equation Applied Mathematics
The study of similarity solutions is necessary for the understanding of the dynamical behaviour of the fluid in the high-frequency excitation of liquid metal embedded in an antisymmetric magnetic field. Such similarity solutions are governed by the third-order non-linear equation: f‴+m+1/2 ff″2 = 0 on (0, + ∞), subject to the boundary conditions f(0) = a ∈ ℝ, f′(0) = -1 and f′(+∞) = 0. The remaining unsolved case is for m ε (- 1, 0). In this paper, we will give an almost complete solution structure of this problem for m ε (- 1, 0), which complements earlier results in literature. © The Author 2011. Published by Oxford University Press on behalf of the Institute of Mathematics and its Applications. All rights reserved.

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