The interaction between a weakly turbulent free stream and a hypersonic shock wave is
investigated theoretically by using linear interaction analysis (LIA). The formulation is …

Turbulence structure resulting from multi-fluid or multi-species, variable-density isotropic
turbulence interaction with a Mach 2 shock is studied using turbulence-resolving shock …

Recent direct numerical simulation studies of canonical shock–isotropic turbulence
interactions (SITIs) in the highly compressible regime exhibit streamwise Reynolds stress …

As predicted by D'yakov [Shock wave stability, Zh. Eksp. Teor. Fiz. 27, 288 (1954)] and
Kontorovich [On the shock waves stability, Zh. Eksp. Teor. Fiz. 33, 1525 (1957)], an initially …

Convective perturbations arising from nuclear shell burning can play an important role in
propelling neutrino-driven core-collapse supernova explosions. In this work, we analyse the …

We investigate axisymmetric steady solutions of (magneto) hydrodynamics equations that
approximately describe accretion flows through a standing shock wave onto a protoneutron …

Shock waves can generate high levels of turbulent fluctuations in temperature, pressure and
other thermodynamic properties. These have significant role in turbulent mixing, heat …

The standard D'Yakov and Kontorovich (DK) instability occurs when a planar shock wave is
perturbed and then oscillates with constant amplitude in the long-time regime. As a direct …

Linear interaction analysis (LIA) predicts that isotropic vortical turbulence interacting with a
normal shock wave at Mach 2 or greater produces a post-shock Reynolds stress tensor …

Two-stage gas-gun ballistic experiments are performed to investigate the feasibility of
stratified mixtures with variable global equivalence ratios Φ global for the formation of …