Small metal spheres of various densities were fired at high speed into thick targets of copper and lead. In general, it was found that all of the penetrations could be correlated quite well for engineering purposes by a function relating the depth of penetration to the impact momentum per unit volume
AbstractWe present ballistic and fragmentation data for brittle, granular aluminum spheres following...
The article of record as published may be found at http://dx.doi.org/10.1016/j.proeng.2013.05.076We ...
Twenty-eight hypervelocity impact experiments were carried out at CISAS impact facility, with the ai...
In order to determine the effects of target thickness on the penetration and cratering of a target r...
In this work the influence of the characteristics ofthematerial ofthe striker (cumulative jet or pr...
Results of a series of hypervelocity impact tests are presented. In these tests, 1.275-g, 9.53-mm-di...
Impact tests to determine penetration of high- fineness-ratio projectiles into thick target
Crater characteristics of 11 metal alloys under hypervelocity impact including effects of projectile...
The cratering and penetration behavior of annealed aluminum 1100 targets, with thickness varied from...
AbstractDuring hypervelocity impact (>a few kms−1) the resulting cratering and/or disruption of the ...
This dissertation study involves the first systematic microstructural analysis of a series of impact...
thesisSpectrographic observations were made for copper projectiles impacting into copper targets in ...
Analysis based on one-dimensional shock wave theory to study maximum velocity of spray emanating fro...
Hazards of interaction of meteoroids with thin metallic shields of spacecraft structures and computa...
Method for calculating peak pressures in thick targets impacted by hypervelocity projectiles in mete...
AbstractWe present ballistic and fragmentation data for brittle, granular aluminum spheres following...
The article of record as published may be found at http://dx.doi.org/10.1016/j.proeng.2013.05.076We ...
Twenty-eight hypervelocity impact experiments were carried out at CISAS impact facility, with the ai...
In order to determine the effects of target thickness on the penetration and cratering of a target r...
In this work the influence of the characteristics ofthematerial ofthe striker (cumulative jet or pr...
Results of a series of hypervelocity impact tests are presented. In these tests, 1.275-g, 9.53-mm-di...
Impact tests to determine penetration of high- fineness-ratio projectiles into thick target
Crater characteristics of 11 metal alloys under hypervelocity impact including effects of projectile...
The cratering and penetration behavior of annealed aluminum 1100 targets, with thickness varied from...
AbstractDuring hypervelocity impact (>a few kms−1) the resulting cratering and/or disruption of the ...
This dissertation study involves the first systematic microstructural analysis of a series of impact...
thesisSpectrographic observations were made for copper projectiles impacting into copper targets in ...
Analysis based on one-dimensional shock wave theory to study maximum velocity of spray emanating fro...
Hazards of interaction of meteoroids with thin metallic shields of spacecraft structures and computa...
Method for calculating peak pressures in thick targets impacted by hypervelocity projectiles in mete...
AbstractWe present ballistic and fragmentation data for brittle, granular aluminum spheres following...
The article of record as published may be found at http://dx.doi.org/10.1016/j.proeng.2013.05.076We ...
Twenty-eight hypervelocity impact experiments were carried out at CISAS impact facility, with the ai...