ASYMPTOTICS AS $ \vert x\vert\to\infty$ OF FUNCTIONS LYING ON AN ATTRACTOR OF THE TWO-DIMENSIONAL NAVIER-STOKES SYSTEM IN AN UNBOUNDED PLANE DOMAIN

A. Babin
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引用次数: 3

Abstract

The Navier-Stokes system is considered in a plane domain that has several exits to infinity having the form of channels of bounded width. It is assumed that the external force decays sufficiently fast at infinity. Solutions are considered that are defined and bounded for all . Such solutions lie on an attractor of the system. An asymptotic expansion as is obtained for these solutions. The presence of this expansion indicates, in particular, that turbulence in this situation does not propagate to infinity.
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无界平面域上二维NAVIER-STOKES系统吸引子上的函数的渐近性$ \vert x\vert\to\infty$
考虑了平面域上的Navier-Stokes系统,该平面域具有若干个以有界宽度通道形式通向无穷远的出口。假定外力在无穷远处衰减得足够快。解决方案被认为是定义和有界的所有。这样的解依赖于系统的一个吸引子。得到了这些解的渐近展开式。这种膨胀的存在特别表明,在这种情况下,湍流不会传播到无限远。
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