双曲型Prandtl方程的Gevrey适定性

Wei-Xi Li, R. Xu
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引用次数: 6

摘要

研究了二维和三维退化双曲型Prandtl方程,建立了不需要任何结构假设且Gevrey指数≤2的Gevrey适定性。与经典抛物型普朗特方程相比,由双曲特征和简并性引起的导数损失,不能通过为抛物型方程开发的经典对消机制来克服。本文受抽象柯西-科瓦列夫斯基定理的启发,利用双曲特征,给出了一个基于初等L能量估计的简单证明。特别地,我们的论证不涉及经典普朗特方程中有效使用的消去机制。
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Gevrey Well-Posedness of the Hyperbolic Prandtl Equations
We study the 2D and 3D Prandtl equations of degenerate hyperbolic type, and establish without any structural assumption the Gevrey well-posedness with Gevrey index ≤ 2. Compared with the classical parabolic Prandtl equations, the loss of the derivatives, caused by the hyperbolic feature coupled with the degeneracy, can’t be overcame by virtue of the classical cancellation mechanism that developed for the parabolic counterpart. Inspired by the abstract Cauchy-Kowalewski theorem and by virtue of the hyperbolic feature, we give in this text a straightforward proof, basing on an elementary L energy estimate. In particular our argument does not involve the cancellation mechanism used efficiently for the classical Prandtl equations.
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