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arXiv 1503.08859math-phmath.MPphysics.flu-dyn
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黎曼流形中无粘可压缩流体流动的守恒积分

Conserved integrals for inviscid compressible fluid flow in Riemannian manifolds

Stephen C. Anco, Amanullah Dar, Nazim Tufail

摘要:

对于n>1维曲黎曼流形上无粘可压缩流体流动的Euler方程,给出了运动域和运动面上所有运动型局部守恒律的显式确定.还确定了所有相应的运动学常数,以及由无粘可压缩流体方程的汉密尔顿结构产生的所有汉密尔顿运动对称性和运动卡西米尔。

英文摘要:

An explicit determination of all local conservation laws of kinematic type on moving domains and moving surfaces is presented for the Euler equations of inviscid compressible fluid flow on curved Riemannian manifolds in n>1 dimensions. All corresponding kinematic constants of motion are also determined, along with all Hamiltonian kinematic symmetries and kinematic Casimirs which arise from the Hamiltonian structure of the inviscid compressible fluid equations.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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