In this paper, we present a conservative sharp interface numerical method for compressible reactive flows. This method is developed by modified finite volume scheme in Eulerian framework. Applying the level set method, discretized scheme is obtained for each material separated by material interface, and small cut cells are merged into neighboring cells. To get accurate interface exchanges for reactive fluids, the Riemann problem with a combustion wave is analyzed. One- and two-dimensional numerical examples for deflagration and detonation problems demonstrate the scheme is robust and effective.

中文翻译：

---

具有尖锐界面的反应流体的可靠界面方法

在本文中，我们为可压缩反应流提出了一种保守的尖锐界面数值方法。该方法是在欧拉框架下通过修改有限体积方案开发的。应用水平集方法，为通过材料界面分离的每种材料获得离散方案，并将小切割单元合并为相邻单元。为了获得反应流体的精确界面交换，分析了带有燃烧波的黎曼问题。爆燃和爆震问题的一维和二维数值示例证明了该方案的鲁棒性和有效性。