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

机译：冲击管中H_2 / O_2 / Ar混合物弱至强点火的详细模拟

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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：进行了反射冲击与边界层相互作用的详细模拟。在这些研究中，考虑了减震管的末端部分，并使用自适应网格细化（AMR）技术执行了模拟，以解析所有相关的物理比例。使用五个AMR级，导致最小网格尺寸低于10μm，并在考虑了详细的反应化学和多组分扩散传输的情况下求解了反应性Navier-Stokes方程。

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《International Symposium on Shock Waves》|2015年|209-214|共6页
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Matthias Ihrne; Yong Sun; Ralf Deiterding;
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4. Detailed Simulations of Weak-to-Strong Ignition of a H_2/O_2/Ar Mixture in Shock-Tubes [C] . Matthias Ihrne, Yong Sun, Ralf Deiterding International Symposium on Shock Waves . 2015

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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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