Dimple, spall, and perforation characteristics of thin plates of nine materials under hypervelocity impact
Dimple, spall, and perforation characteristics of thin metal plates under hypervelocity impact
Clough, N.↗
Engineering topics
Mc Millan, A. R.
Publications and source records attributed to Mc Millan, A. R..
Crater characteristics of 11 metal alloys under hyper-velocity impact including effects of projectile density and target temperature
Crater characteristics of 11 metal alloys under hypervelocity impact including effects of projectile density and target temperature
Clough, N.↗
Hypervelocity impacts into stainless-steel tubes armored with reinforced beryllium
Hypervelocity impact into stainless steel tubes armored with reinforced beryllium
HYPERVELOCITY IMPACT↗
Dimple, spall, and perforation characteristics in aluminum, columbium, and steel plates under hypervelocity impact
Dimple, spall, and perforation of aluminum, niobium, and steel plates under hypervelocity impact
METEOROID HAZARD↗
Thin sheet impact
Thin double aluminum sheet spacecraft shielding for protection from meteoroid impact damage
SPACECRAFT SHIELDING↗
Hypervelocity impact damage characteristics in beryllium and graphite plates and tubes
Hypervelocity impact damage characteristics in beryllium and graphite plates and tubes
GRAPHITE↗
Experimental investigations of simulated meteoroid damage to various spacecraft structures Summary report
Optimum structural meteoroid protection requirements for Apollo and Mars mission spacecraft
APOLLO PROJECT↗
Impact of rod projectiles against multiple- sheet targets
Blunt hypervelocity projectile lift-drag ratio and impact velocity effects on target penetration and impact damage
BLUNT BODY↗
Experimental investigations of simulated meteoroid damage to various spacecraft structures progress report no. 4, period ending 31 mar. 1965
Hazards of interaction of meteoroids with thin metallic shields of spacecraft structures and computations of impact damage for definition of penetration
IMPACT DAMAGE↗
Experimental investigations of simulated meteoroid damage to various spacecraft structures progress report no. 3, period ending 31 jan. 1965
Simulation of meteoroid interaction and impact damage to spacecraft structures
SPACE SIMULATION↗
Experimental investigations of simulated meteoroid damage to various spacecraft structures progress report no. 1, period ending 30 sep. 1964
Space simulation experimental studies of penetration mechanics of meteoroids into typical spacecraft structures
SPACECRAFT STRUCTURE↗