Add to ORKGMotivated by recent experiments, numerical simulations were performed of cylindrically converging shock waves. The converging shocks impinged upon a set of zero to sixteen regularly space obstacles. For more than two obstacles the resulting diffracted shock fronts formed polygonal shaped patterns near the point of focus. The maximum pressure and temperature as a function of number of obstacles were studied. The self-similar behavior of cylindrical, triangular and square-shaped shocks were also investigated
International audienceSpherical converging shock waves with incoming Mach number 1.18 are generated ...
The behaviour of an initially plane, strong shock wave propagating into a conical convergence is inv...
A simple numerical scheme for the calculation of the motion of shock waves in gases based on Whitham...
Both experimental and numerical investigations of converging shock waves have been performed. In the...
Cylindrical converging shock waves interacting with an array of aerodynamic obstacles are investigat...
Curved shock waves, particularly converging shock waves, have applications in a wide variety of el...
Converging shock waves have been studied experimentally in a shock tube, and numerically using invis...
The behaviour of an initially planar shock wave propagating into a linearly convergent wedge is inve...
An increased understanding of the shockwave interaction with a cylindrical structure is the foundati...
A thesis submitted to the Faculty of Engineering and the Built Environment, University of the Witwa...
Plate impact experiments are a powerful tool in equation of state (EOS) development, but are inheren...
This paper reports an experimental investigation, using shadowgraphs and pressure measurements, of t...
International audienceWhen a shock wave crosses an interface between two materials, this interface b...
The propagation and stability of converging cylindrical shocks, produced in an annular shock tube, e...
It is important to investigate a pressure profile when a diffracted shock wave interacts with a refl...
International audienceSpherical converging shock waves with incoming Mach number 1.18 are generated ...
The behaviour of an initially plane, strong shock wave propagating into a conical convergence is inv...
A simple numerical scheme for the calculation of the motion of shock waves in gases based on Whitham...
Both experimental and numerical investigations of converging shock waves have been performed. In the...
Cylindrical converging shock waves interacting with an array of aerodynamic obstacles are investigat...
Curved shock waves, particularly converging shock waves, have applications in a wide variety of el...
Converging shock waves have been studied experimentally in a shock tube, and numerically using invis...
The behaviour of an initially planar shock wave propagating into a linearly convergent wedge is inve...
An increased understanding of the shockwave interaction with a cylindrical structure is the foundati...
A thesis submitted to the Faculty of Engineering and the Built Environment, University of the Witwa...
Plate impact experiments are a powerful tool in equation of state (EOS) development, but are inheren...
This paper reports an experimental investigation, using shadowgraphs and pressure measurements, of t...
International audienceWhen a shock wave crosses an interface between two materials, this interface b...
The propagation and stability of converging cylindrical shocks, produced in an annular shock tube, e...
It is important to investigate a pressure profile when a diffracted shock wave interacts with a refl...
International audienceSpherical converging shock waves with incoming Mach number 1.18 are generated ...
The behaviour of an initially plane, strong shock wave propagating into a conical convergence is inv...
A simple numerical scheme for the calculation of the motion of shock waves in gases based on Whitham...