High-Resolution Numerical Simulation and Analysis of Mach Reflection
Structures in Detonation Waves in Low-Pressure H<sub>2</sub>–O<sub>2</sub>–Ar Mixtures: A Summary of Results Obtained with the Adaptive Mesh Refinement Framework AMROC

<table>Enlargement of the Mach reflection pattern around a periodical triple point configuration. E: reflected shock, F: slip line, G: diffusive extension of slip line with flow vertex.</table>

Journal of Combustion

fig3

Figure 3

Figure 3: High-Resolution Numerical Simulation and Analysis of Mach Reflection
Structures in Detonation Waves in Low-Pressure H<sub>2</sub>–O<sub>2</sub>–Ar Mixtures: A Summary of Results Obtained with the Adaptive Mesh Refinement Framework AMROC 

Figure 3 | High-Resolution Numerical Simulation and Analysis of Mach Reflection
Structures in Detonation Waves in Low-Pressure H2–O2–Ar Mixtures: A Summary of Results Obtained with the Adaptive Mesh Refinement Framework AMROC 

Journal of Combustion

High-Resolution Numerical Simulation and Analysis of Mach Reflection Structures in Detonation Waves in Low-Pressure H2–O2–Ar Mixtures: A Summary of Results Obtained with the Adaptive Mesh Refinement Framework AMROC

Figure 3

High-Resolution Numerical Simulation and Analysis of Mach Reflection Structures in Detonation Waves in Low-Pressure H₂–O₂–Ar Mixtures: A Summary of Results Obtained with the Adaptive Mesh Refinement Framework AMROC