Shock Wave Reflection Phenomena

AIAA Ben-Dor boundary layer courtesy of Professor criterion dashed lines Diffraction dissociational equilibrium DMR-experiments Domains and transition double wedge double-Mach reflection equations experimental results flow field flow Mach number Fluid Mech frame of reference heat capacities ratio incident shock wave inviscid kink leading edge Mach Reflection Mach stem mechanical equilibrium oblique shock wave obtained P₁ perfect gas perfect nitrogen Phys point trajectory angle pseudo-steady flows R-polar real gas effects reflected shock wave reflecting surface reflecting wedge angle reflecting wedge surface Reflection of Shock reflection phenomenon reflection point Regular Reflection RR IR transition second triple point Sendai shock polar shock tube shock wave Mach shock wave reflection shown in figure slipstream steady flows supersonic Takayama TDMR three-shock theory TMR-domain Tohoku University Toronto transition boundaries transition line transition wedge angle triple point trajectory Univ UTIAS velocity vicinity viscous effects wave configuration wave Mach number