Summary. The initiation and propagation of a detonation wave in a two-dimensional channel is simulated by an Euler and a Navier-Stokes solver. Transport processes were found to play a role in the wave propagation, resulting in a lower wave propagation speed arising from viscous drag.
The problem of detonation wave shaping by converging channels was investigated computationally and e...
The transmission of a detonation wave across a layer of inert gas is studied via one- and two dimens...
A computational fluid dynamics code for two-dimensional, multi-species, laminar Navier-Stokes equati...
Abstract: In this paper the mathematical models of initiation of detonation by the use of ...
The propagation and attenuation of an initial shock wave through a mm-scale channel of circular cros...
Modes of detonation wave propagation in annular channels were investigated numerically by using the ...
. We establish the existence of the viscous profile of an undriven divergent detonation wave for a m...
Gaseous detonation propagation in a thin channel with regularly spaced cylindrical obstacles was inv...
In previous work, detonation propagation in tubes has been observed to occur at velocities well belo...
International audienceThe present study investigates, via high performance computing simulations, de...
A theory is presented for the attenuation due to viscous boundary layer of shock waves traveling in ...
The two-dimensional cellular detonation propagating in a channel with area-changing cross section wa...
The results of five experimental investigations on the initiation, propagation and transmission of d...
The WBL model for detonation wave propagation was extended to allow more general initiation in the c...
In the present work, the effects due to viscosity and wall heat conduction on shock propagation and ...
The problem of detonation wave shaping by converging channels was investigated computationally and e...
The transmission of a detonation wave across a layer of inert gas is studied via one- and two dimens...
A computational fluid dynamics code for two-dimensional, multi-species, laminar Navier-Stokes equati...
Abstract: In this paper the mathematical models of initiation of detonation by the use of ...
The propagation and attenuation of an initial shock wave through a mm-scale channel of circular cros...
Modes of detonation wave propagation in annular channels were investigated numerically by using the ...
. We establish the existence of the viscous profile of an undriven divergent detonation wave for a m...
Gaseous detonation propagation in a thin channel with regularly spaced cylindrical obstacles was inv...
In previous work, detonation propagation in tubes has been observed to occur at velocities well belo...
International audienceThe present study investigates, via high performance computing simulations, de...
A theory is presented for the attenuation due to viscous boundary layer of shock waves traveling in ...
The two-dimensional cellular detonation propagating in a channel with area-changing cross section wa...
The results of five experimental investigations on the initiation, propagation and transmission of d...
The WBL model for detonation wave propagation was extended to allow more general initiation in the c...
In the present work, the effects due to viscosity and wall heat conduction on shock propagation and ...
The problem of detonation wave shaping by converging channels was investigated computationally and e...
The transmission of a detonation wave across a layer of inert gas is studied via one- and two dimens...
A computational fluid dynamics code for two-dimensional, multi-species, laminar Navier-Stokes equati...