Add to ORKGThe Gurney method was originally developed to estimate terminal velocities imparted to metals by ex-plosives, and was subsequently usad to correlate ex-ploding foil system performance with firing circuit electrical parameters. The inclusion of internal en-ergy in the explosive gas permits calculation of the acceleration history of the system. Comparison with experimental and hydrocode results indicates that pro-per selection of initial displacement, velocity, and the polytropic gas exponent can bring model and ex-perimental results into close agreement. I
We have used a two-dimensional Eulerian hydrocode to explore the utility of various micro-mechanical...
A detonation is a combustion-driven shock wave. Typically, a detonation will consist of an inert sho...
The paper considers acceleration of cylindrical metal liner by expanding detonation products. A new ...
The paper considers acceleration of a cylindrical metal liner by expanding products of internal deto...
The paper considers the motion of a cylindrical metal liner caused by expanding products of internal...
"The report entitled “Investigation of the Effects of Convergent Detonation on Metal Acceleration a...
An Explosive Reactive Annor (ERA) cassette is a sandwich of an explosive layer between two steel pla...
This paper presents modified Gurney formulas determining velocities of the explosive-driven metal pl...
The paper considers acceleration of a cylindrical liner caused by expanding products of internal det...
A Gurney velocity is often used to determine terminal velocity achievable by metal acceleration by e...
Accelerating material to very high speed (up to multiple km/s) is one of the primary uses of high ex...
A time-dependent, two-dimensional, finite-difference code can be used to model fragmenting cylinders...
The behaviour of expanding metallic cylinders under explosive loading was studied. Using ultra high...
Abstract. An Explosive Reactive Annor (ERA) cassette is a sandwich of an explosive layer between two...
Die GURNEY-Energie lässt Aussagen über den Energiegehalt eines Sprengstoffes und somit über sein Arb...
We have used a two-dimensional Eulerian hydrocode to explore the utility of various micro-mechanical...
A detonation is a combustion-driven shock wave. Typically, a detonation will consist of an inert sho...
The paper considers acceleration of cylindrical metal liner by expanding detonation products. A new ...
The paper considers acceleration of a cylindrical metal liner by expanding products of internal deto...
The paper considers the motion of a cylindrical metal liner caused by expanding products of internal...
"The report entitled “Investigation of the Effects of Convergent Detonation on Metal Acceleration a...
An Explosive Reactive Annor (ERA) cassette is a sandwich of an explosive layer between two steel pla...
This paper presents modified Gurney formulas determining velocities of the explosive-driven metal pl...
The paper considers acceleration of a cylindrical liner caused by expanding products of internal det...
A Gurney velocity is often used to determine terminal velocity achievable by metal acceleration by e...
Accelerating material to very high speed (up to multiple km/s) is one of the primary uses of high ex...
A time-dependent, two-dimensional, finite-difference code can be used to model fragmenting cylinders...
The behaviour of expanding metallic cylinders under explosive loading was studied. Using ultra high...
Abstract. An Explosive Reactive Annor (ERA) cassette is a sandwich of an explosive layer between two...
Die GURNEY-Energie lässt Aussagen über den Energiegehalt eines Sprengstoffes und somit über sein Arb...
We have used a two-dimensional Eulerian hydrocode to explore the utility of various micro-mechanical...
A detonation is a combustion-driven shock wave. Typically, a detonation will consist of an inert sho...
The paper considers acceleration of cylindrical metal liner by expanding detonation products. A new ...