Hypervelocity impact in metals, glass and composites

International Journal of Impact Engineering

Volumn 5, Issue 1-4, 1987, Pages 221-237

  Cour Palais, Burton G ^a  

^a NASA JOHNSON SPACE CENTER   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

COMPOSITE MATERIALS - TESTING; GLASS - TESTING; METALS TESTING - IMPACT; SPACE RESEARCH;

HYPERVELOCITY IMPACT; IMPACT IONIZATION; IMPACT RADIATION; SPALLATION;

MATERIALS TESTING;

EID: 0023028007     PISSN: 0734743X     EISSN: None     Source Type: Journal    
DOI: 10.1016/0734-743X(87)90040-6     Document Type: Article

References (93)

1. Review of direct measurements of interplanetary dust from satellites and probes
2. Investigation of high-speed phenomena
3. Analytical study of impact effects as applied to the meteoroid hazard
4. An empirical penetration equation for thin films used in capture cells
5. Pegasus satellite measurements of meteoroid penetration
6. Meteoroid environment model-1969 (near-Earth to lunar surface)
7. Meteoroid protection by multi-wall structures
8. Apollo window meteoroid experiment
9. Space vehicle meteoroid shielding design
10. Hypervelocity impact investigations and shielding experience related to Apollo and Skylab
11. Momentum transfer and cratering phenomena associated with the impact of aluminum spheres into aluminum targets at 24, 000 ft/s
12. Projectile size effects on hypervelocity impact on craters in aluminum
13. Theory of impact: some general principles and the method of eulerian codes
14. The Heos 2 and Helios micrometeoroid experiments
15. Analysis of the hypervelocity impact process from impact flash measurements
16. The incidence of meteors on the Earth derived from radio observations
17. The effect of material properties on threshold penetration
18. Impact characteristics in fused silica
19. Ionization associated with hypervelocity impact
20. Meteoroid damage assessment
21. Scaling relationships for microscale to megascale impact craters
22. Theory of impact on thin targets and shields and correlation with experiment
23. Engineering considerations in hypervelocity impact
24. An investigation of the phenomena of impact flash and its potential use as a hit detection and target discrimination technique
25. Particle-solid impact phenomena
26. The ISPM dust experiment
27. Orbital and physical characteristics of micrometeoroids in the inner solar system as observed by Helios 1
28. Some phenomena associated with impacts into aluminum
29. The Explorer 16 micrometeoroid satellite
30. The Harvard radio meteor project
31. The statistics of meteors in the Earth's atmosphere
32. The influx rate of meteors in the Earth's atmosphere
33. Correlation of hypervelocity impact data
34. Review of hypervelocity penetration theories
35. On the scaling of crater dimensions, 1, Explosive processes
36. On the scaling of crater dimensions, 2, Impact processes
37. The physical theory of meteors No 8 Fragmentation as a cause of the faint meteor anomaly
38. Experimental observations of optical radiation associated with hypervelocity impact
39. Radiation from hypervelocity impact generated plasma
40. Sources of orbital debris and the projected environment for future spacecraft
41. Proposed preliminary design criteria: model environment for the 1990's
42. Orbital debris issues
43. Collision frequency of artificial satellites: the creation of a debris belt
44. Hypervelocity impact: dependence of crater dimensions on impact velocity
45. Investigation of impact flash at low ambient pressures
46. A rapid graphical method of meteor trail reduction
47. Glass equations for solar cells
48. Hypervelocity impact damage to glass
49. Experimental investigations of simulated meteoroid damage to various spacecraft structures
50. Experimental and theoretical results concerning the protective ability of a thin shield against hypervelocity projectiles
51. Investigation of fundamental mechanism of damage to thin targets by hypervelocity projectiles
52. Thin sheet impact
53. Research on the properties of optimum meteoroid shields
54. Calibration of Pagasus and Explorer 23 detector panels
55. Penetration resistance of double-sheet structures at velocities to 8.8 km/s
56. Experimental investigation of the momentum transfer associated with impact into thin aluminum targets
57. An experimental investigation of the impact resistance of double-sheet structures at velocities to 24, 000 ft/s
58. The Explorer 23 micrometeoroid satellite
59. Investigation of meteoroid impacts on two-sheet configurations
60. Hypervelocity impact: material strength effects on crater formation and shock propagation in three aluminum alloys
61. Theoretical penetration mechanics of multi-sheet structures based on discrete particle modeling
62. Theoretical hypervelocity impact calculations using the Pickwick code
63. Hypervelocity impact calculations and their correlations with experiment
64. Impact flash investigations to 15.4 km/s
65. Analytical study of strain rate effects in hypervelocity impacts
66. Study for Apollo meteoroid window experiment
67. Hypervelocity impact in thin sheets and semi-infinite targets at 15 km/s
68. The electrothermal gun for hypervelocity ballistics research
69. Theoretical study of size scaling in cratering resulting from hypervelocity impact
70. Experimental research on hypervelocity cratering by microscopic particles
71. Systematic investigation of crater formation in metals
72. Hypervelocity impact mechanics
73. Designing dual-plate shields--a new analysis
74. The effects of bumper material properties on the operation of spaced hypervelocity particle shields
75. Characterization of debris clouds behind impacted meteoroid bumper plates
76. Low-altitude one centimeter space debris search at Lincoln Laboratory's (M.I.T.) experimental test system
77. Hypervelocity impact damage in aluminum targets
78. Hole growth in thin plates perforated by hypervelocity pellets
79. Impact of a porous aluminum projectile on aluminun at 20 and 72 km/s
80. On the theory of hypervelocity impact
81. Summary report on the theory of hypervelocity impact
82. Hypervelocity impact studies against Apollo-type structures up to 16.5 km/s
83. Photographic meteor studies: No. 1
84. Possible hazards to satellite vehicle from meteorites
85. Meteoritic phenomena and meteorites
86. Photographic meteor orbits and their distribution in space
87. The meteoric risk to space vehicles
88. A penetration criterion for double-walled structures subject to meteoroid impact
89. A numerical method for analyzing meteoroid two-sheet structural configuration impact problems
90. A study of damage in composite panels produced by hypervelocity impact