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The simulation of the linearized Euler equations by a second order scheme is possible

机译:通过二阶方案对线性化的欧拉方程进行仿真是可能的

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We are interested in the numerical simulation of acoustic perturbations via the linearized Euler equations using triangle unstructured meshes in complex geometries such as the one around a complete aircraft. It is known that the classical schemes using a finite volume formulation with high order extrapolation of the variables can be very disappointing. In this paper, we show that using an upwind residual distribution formulation, it is possible to simulate such problems, even on truly unstructured meshes. The main focus of the paper is on the propagative properties of the scheme.
机译:我们对通过线性化Euler方程进行的声扰动的数值模拟感兴趣,该方程使用复杂几何体中的三角形非结构化网格(例如围绕一架完整飞机的网格)进行了建模。众所周知,使用有限体积公式对变量进行高阶外推的经典方案可能会非常令人失望。在本文中,我们表明,使用逆风残余分布公式,即使在真正的非结构化网格上也可以模拟此类问题。本文的主要重点是该方案的传播特性。

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