Detailed Simulations of Weak-to-Strong Ignition of a H_2/O_2/Ar Mixture in Shock-Tubes

机译：对冲击管中H_2 / O_2 / AR混合物的弱点点火的详细模拟

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Detailed simulations of the interaction of a reflected shock with the boundary layer were performed. In these investigations, the end-section of a shock-tube was considered, and the simulations were performed using an adaptive mesh-refinement (AMR) technique to resolve all relevant physical scales. Five AMR-levels were employed, resulting in a minimum grid size below 10 μm, and the reactive Navier-Stokes equations were solved under consideration of detailed reaction chemistry and multi-component diffusive transport.

机译：进行了对边界层反射冲击的相互作用的详细模拟。在这些调查中，考虑了冲击管的端部，并且使用自适应网格精炼（AMR）技术进行了模拟来解决所有相关的物理比例。采用五个AMR水平，导致最小电网尺寸低于10μm，并考虑了详细的反应化学和多组分扩散运输，解决了反应性Navier-Stokes方程。

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《International Symposium on Shock Waves》|2015年||共6页
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Matthias Ihrne; Yong Sun; Ralf Deiterding;
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中图分类冲击波;
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Detailed Simulations of Weak-to-Strong Ignition of a H_2/O_2/Ar Mixture in Shock-Tubes

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