Add to ORKGThe design and construction of a hypersonic waterjet apparatus is described. Jet velocities from 0.5 to 5 km/s have been achieved using a high explosive charge. Images are obtained in situ on various target substrates using a high-speed framing camera. Experimental results are shown for the impact of high velocity waterjets on propellants and high explosive samples. By observing the impact of the waterjet at a wide range of velocities a safety threshold can be determined where no reaction takes place
AbstractOn the basis of Sandia's third-stage launcher, a new scheme of hypervelocity launchers is br...
Abrasive waterjet (AWJ) cutting is a machining process to cut wide range of materials from soft mate...
This paper shall examine the basics of water technology with particular attention paid to systems cu...
Experimental and theoretical determination of water-jet velocity using high speed videography for di...
The work comprises experimental and numerical studies of generation and application of high-speed li...
It is well known that high-speed liquid jetting is one of the most powerful techniquesavailable to c...
This paper reports the characterisation of water jets to be used for washing out the filling of expl...
AbstractA traditional difficulty with high-explosive hypervelocity launching techniques is that extr...
This work deals with the processes occurring during the firing of an impact-cumulation water cannon....
Pulsed high-velocity water jets are of interest for breaking rocks and other materials. This paper d...
AbstractThis paper is relevant to the matter of high-velocity launch of a projectile by a small scal...
The recent advances in pulsed waterjet technology create new opportunities for developing green manu...
The aim of this research was to investigate velocity distribution within the water jet at different ...
[Absent]: Rock fracture using continuous, high speed water jets is an existing technology used in th...
The topic of the article is devoted to the experimental development of directional charges, which h...
AbstractOn the basis of Sandia's third-stage launcher, a new scheme of hypervelocity launchers is br...
Abrasive waterjet (AWJ) cutting is a machining process to cut wide range of materials from soft mate...
This paper shall examine the basics of water technology with particular attention paid to systems cu...
Experimental and theoretical determination of water-jet velocity using high speed videography for di...
The work comprises experimental and numerical studies of generation and application of high-speed li...
It is well known that high-speed liquid jetting is one of the most powerful techniquesavailable to c...
This paper reports the characterisation of water jets to be used for washing out the filling of expl...
AbstractA traditional difficulty with high-explosive hypervelocity launching techniques is that extr...
This work deals with the processes occurring during the firing of an impact-cumulation water cannon....
Pulsed high-velocity water jets are of interest for breaking rocks and other materials. This paper d...
AbstractThis paper is relevant to the matter of high-velocity launch of a projectile by a small scal...
The recent advances in pulsed waterjet technology create new opportunities for developing green manu...
The aim of this research was to investigate velocity distribution within the water jet at different ...
[Absent]: Rock fracture using continuous, high speed water jets is an existing technology used in th...
The topic of the article is devoted to the experimental development of directional charges, which h...
AbstractOn the basis of Sandia's third-stage launcher, a new scheme of hypervelocity launchers is br...
Abrasive waterjet (AWJ) cutting is a machining process to cut wide range of materials from soft mate...
This paper shall examine the basics of water technology with particular attention paid to systems cu...