作为线性化广义相对论（引力电磁学）模拟模型的线性化湍流流体流动
Linearized Turbulent Fluid Flow as an Analog Model for Linearized General Relativity (Gravitoelectromagnetism)
摘要：
在广义相对论和广义相对论的模拟模型的精神下，我们探讨了线性化湍流流体流动方程和线性化形式的GR（重力电磁学）方程之间的同构。截断雷诺系统的湍流流体流动和弱场GR的麦克斯韦类gravitoelectromagnetic方程之间的对应关系，提供了另一个例子的背景介质和弯曲时空的波动的表示之间的关系。
英文摘要：
In the spirit of analog models of and for general relativity, we explore the isomorphism between the equations of linearized turbulent fluid flow and those of the linearized form of GR, gravitoelectromagnetism. The correspondence between the truncated Reynolds system for turbulent fluid flow and the Maxwell-like gravitoelectromagnetic equations for weak-field GR is shown to provide yet another example of the relationship between the representation of fluctuations in background media and curved spacetime formulations.
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