Add to ORKGDimple, spall, and perforation of aluminum, niobium, and steel plates under hypervelocity impac
The computational technique of Smoothed Particle Hydrodynamics (as implemented in the hydrocodes AUT...
Hazards of interaction of meteoroids with thin metallic shields of spacecraft structures and computa...
Theoretical prediction of crater size in Al alloy for hypervelocity impact by reduced density partic...
Hypervelocity impact tests were conducted to simulate the damage that meteoroids will produce in the...
The analysis of hypervelocity impact of particles on a detector in space, with flow and shock penetr...
Results of a series of hypervelocity impact tests are presented. In these tests, 1.275-g, 9.53-mm-di...
Hypervelocity impact tests to predict meteoritic damage on proposed lunar tug fuel tank configuratio
Gun development efforts to increase the launching capabilities of the NASA Ames 0.5-inch two-stage l...
This report describes the results of an investigation of phenomena associated with the oblique hyper...
Photographic and visual observation of meteoroid density and simulation of hypervelocity impact usin...
Impact tests of a sphere and several cylinders of various masses and fineness ratios, all of aluminu...
The novel structure of metallic foams is of interest in the design of next-generation debris shields...
Structural damage resulting in hypervelocity impact of a meteorite on a spacecraft is discussed. Of ...
The meteoroids and debris environment play an important role in the reduction of spacecraft life tim...
Dimple, spall, and perforation of aluminum, niobium, and steel plates under hypervelocity impac
The computational technique of Smoothed Particle Hydrodynamics (as implemented in the hydrocodes AUT...
Hazards of interaction of meteoroids with thin metallic shields of spacecraft structures and computa...
Theoretical prediction of crater size in Al alloy for hypervelocity impact by reduced density partic...
Hypervelocity impact tests were conducted to simulate the damage that meteoroids will produce in the...
The analysis of hypervelocity impact of particles on a detector in space, with flow and shock penetr...
Results of a series of hypervelocity impact tests are presented. In these tests, 1.275-g, 9.53-mm-di...
Hypervelocity impact tests to predict meteoritic damage on proposed lunar tug fuel tank configuratio
Gun development efforts to increase the launching capabilities of the NASA Ames 0.5-inch two-stage l...
This report describes the results of an investigation of phenomena associated with the oblique hyper...
Photographic and visual observation of meteoroid density and simulation of hypervelocity impact usin...
Impact tests of a sphere and several cylinders of various masses and fineness ratios, all of aluminu...
The novel structure of metallic foams is of interest in the design of next-generation debris shields...
Structural damage resulting in hypervelocity impact of a meteorite on a spacecraft is discussed. Of ...
The meteoroids and debris environment play an important role in the reduction of spacecraft life tim...
Dimple, spall, and perforation of aluminum, niobium, and steel plates under hypervelocity impac
The computational technique of Smoothed Particle Hydrodynamics (as implemented in the hydrocodes AUT...
Hazards of interaction of meteoroids with thin metallic shields of spacecraft structures and computa...