Add to ORKGDirect Numerical Simulations of the idealized interaction of a normal shock wave with several turbulent shear flows are conducted. We analyse the behaviours of velocity and vorticity fluctuations and compare them to what happens in the isotropic situation. Investigation of the budgets of these quantities allows to isolate the mechanisms underlying the physics of the interaction, and reveals the importance of enthalpic production and baroclinic torque in such flows
Compressibility effects are present in many practical turbulent flows, ranging from shockwave/bounda...
International audienceThis paper aims at describing the main features of a shock reflection on a tur...
A nearly homogeneous nearly isotropic compressible turbulent flow interacting with a normal shock wa...
Direct numerical simulation is used to study the in-teraction of a Mach 1.5 shock wave and various t...
Direct Numerical Simulation is used to study the mechanisms underlying the production of turbulent d...
Direct numerical simulation is used to study the interaction of a Mach 1.5 shock wave and various ty...
In this work, we use numerical simulation and linear inviscid theory to study the thermodynamic fiel...
The interaction of turbulence with a shock wave is a fundamental prob-lem in fluid mechanics relevan...
The interaction of turbulence and shock waves is considered self-consistently so that the back-react...
Cette étude a été l'occasion d'étudier les effets liés à la présence d'un cisaillement particulier d...
Volume 1: Fora, Parts A and BMontreal, Quebec, Canada, July 14–18, 2002Conference Sponsors: Fluids E...
Shock waves in high-speed flows can drastically alter the nature of Reynolds stresses in a turbulent...
Direct Numerical Simulations of the interaction between a shock wave at Mach 1.5 and several anisotr...
The wall-shear stress (WSS) fluctuations in the interaction of an oblique shock wave with a flat-pla...
Shock wave turbulence interactions are important problems with ubiquitous applications in high-speed...
Compressibility effects are present in many practical turbulent flows, ranging from shockwave/bounda...
International audienceThis paper aims at describing the main features of a shock reflection on a tur...
A nearly homogeneous nearly isotropic compressible turbulent flow interacting with a normal shock wa...
Direct numerical simulation is used to study the in-teraction of a Mach 1.5 shock wave and various t...
Direct Numerical Simulation is used to study the mechanisms underlying the production of turbulent d...
Direct numerical simulation is used to study the interaction of a Mach 1.5 shock wave and various ty...
In this work, we use numerical simulation and linear inviscid theory to study the thermodynamic fiel...
The interaction of turbulence with a shock wave is a fundamental prob-lem in fluid mechanics relevan...
The interaction of turbulence and shock waves is considered self-consistently so that the back-react...
Cette étude a été l'occasion d'étudier les effets liés à la présence d'un cisaillement particulier d...
Volume 1: Fora, Parts A and BMontreal, Quebec, Canada, July 14–18, 2002Conference Sponsors: Fluids E...
Shock waves in high-speed flows can drastically alter the nature of Reynolds stresses in a turbulent...
Direct Numerical Simulations of the interaction between a shock wave at Mach 1.5 and several anisotr...
The wall-shear stress (WSS) fluctuations in the interaction of an oblique shock wave with a flat-pla...
Shock wave turbulence interactions are important problems with ubiquitous applications in high-speed...
Compressibility effects are present in many practical turbulent flows, ranging from shockwave/bounda...
International audienceThis paper aims at describing the main features of a shock reflection on a tur...
A nearly homogeneous nearly isotropic compressible turbulent flow interacting with a normal shock wa...