International audienceA model equation for the dynamics and the geometry of the wrinkled front of shock waves, obtained for strong shocks in the Newtonian limit, is tested by comparison with direct numerical simulations and a shock tube experiment
Geometrical Shock Dynamics (GSD) is a simplified model for nonlinear shock wave propagation for whic...
The interaction of turbulence and shock waves is considered self-consistently so that the back-react...
The new theory of shock dynamics gives a system of n + 2 equations, the solution of which determines...
International audienceA model equation for the dynamics and the geometry of the wrinkled front of sh...
International audienceGeometrical Shock Dynamics (GSD) is a simplified model for nonlinear shock wav...
We propose the following model equation, u[subscript t]+1/2(u[superscript 2]-uu[subscript s])[subscr...
It has been shown that the kinematics of a shock front in an ideal gas with constant specific heat c...
Propagation of a curved shock is governed by a system of shock ray equations which is coupled to an ...
The structure of strong shock waves in monatomic gases is studied using the Fokker-Planck model to r...
The structure of strong shock waves in monatomic gases is studied using the Fokker-Planck model to r...
Singular surface theory is used to study the evolutionary behaviour of an unsteady three-dimensional...
conservation laws, shock dynamics, blast waves, piston problems. Shock ray theory (SRT) has been fou...
We present an equation for the heat-flux vector that goes beyond Fourier's Law of heat conduction, i...
The shock manifold equation is a first order nonlinear partial differential equation, which describe...
Comparisons between direct numerical simulation (DNS) of deto-nation and detonation shock dynamics (...
Geometrical Shock Dynamics (GSD) is a simplified model for nonlinear shock wave propagation for whic...
The interaction of turbulence and shock waves is considered self-consistently so that the back-react...
The new theory of shock dynamics gives a system of n + 2 equations, the solution of which determines...
International audienceA model equation for the dynamics and the geometry of the wrinkled front of sh...
International audienceGeometrical Shock Dynamics (GSD) is a simplified model for nonlinear shock wav...
We propose the following model equation, u[subscript t]+1/2(u[superscript 2]-uu[subscript s])[subscr...
It has been shown that the kinematics of a shock front in an ideal gas with constant specific heat c...
Propagation of a curved shock is governed by a system of shock ray equations which is coupled to an ...
The structure of strong shock waves in monatomic gases is studied using the Fokker-Planck model to r...
The structure of strong shock waves in monatomic gases is studied using the Fokker-Planck model to r...
Singular surface theory is used to study the evolutionary behaviour of an unsteady three-dimensional...
conservation laws, shock dynamics, blast waves, piston problems. Shock ray theory (SRT) has been fou...
We present an equation for the heat-flux vector that goes beyond Fourier's Law of heat conduction, i...
The shock manifold equation is a first order nonlinear partial differential equation, which describe...
Comparisons between direct numerical simulation (DNS) of deto-nation and detonation shock dynamics (...
Geometrical Shock Dynamics (GSD) is a simplified model for nonlinear shock wave propagation for whic...
The interaction of turbulence and shock waves is considered self-consistently so that the back-react...
The new theory of shock dynamics gives a system of n + 2 equations, the solution of which determines...
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