Abstract. The hypervelocity impact characteristics in fused silica glass, which is used for the outermost pane of the windshield as the critical part of the thermal protection system of spacecraft, were studied by 37 impact experiments with different millimeter diameter projectiles up to the velocity of 7 km/s launched by two stage light-gas-gun facility. The empirical damage equations were obtained from experiment data by the least square method and they were compared with NASA damage equations.
Hypervelocity impact experiments on water ice targets have been performed using a two stage light ga...
Hypervelocity impacts on a spacecraft’s surfaces result in ejecta or secondary debris production. Th...
Man-made orbital poses a serious threat to spacecraft that are launched to operate in Earth orbit be...
The hypervelocity impact characteristics in fused silica glass, which is used for ...
AbstractFused silica window systems are used heavily on crewed reentry vehicles, and they are curren...
AbstractHypervelocity-impact experiments are performed on SiO2 glass plates to investigate its damag...
AbstractParametric studies were conducted using a recent computational glass model to assess its abi...
The results of a Light Gas Gun hypervelocity impact program on 25 mm thick soda-lime (float) glass t...
A commercially available grey-field polariscope (GFP) instrument for photoelastic examination is use...
Hypervelocity impact tests were conducted to simulate the damage that meteoroids will produce in the...
Collisions with debris are major cause of concern for spacecraft and satellites. Developing new mate...
International audienceThe meteoroids and debris environment play an important role in the reduction ...
Normal and oblique incidence hypervelocity impact tests (velocity range 4-6 km s(-1)) were carried o...
This paper discusses the interactions of barriers with a spherical impactor and the character of pos...
The meteoroids and debris environment play an important role in the reduction of spacecraft life tim...
Hypervelocity impact experiments on water ice targets have been performed using a two stage light ga...
Hypervelocity impacts on a spacecraft’s surfaces result in ejecta or secondary debris production. Th...
Man-made orbital poses a serious threat to spacecraft that are launched to operate in Earth orbit be...
The hypervelocity impact characteristics in fused silica glass, which is used for ...
AbstractFused silica window systems are used heavily on crewed reentry vehicles, and they are curren...
AbstractHypervelocity-impact experiments are performed on SiO2 glass plates to investigate its damag...
AbstractParametric studies were conducted using a recent computational glass model to assess its abi...
The results of a Light Gas Gun hypervelocity impact program on 25 mm thick soda-lime (float) glass t...
A commercially available grey-field polariscope (GFP) instrument for photoelastic examination is use...
Hypervelocity impact tests were conducted to simulate the damage that meteoroids will produce in the...
Collisions with debris are major cause of concern for spacecraft and satellites. Developing new mate...
International audienceThe meteoroids and debris environment play an important role in the reduction ...
Normal and oblique incidence hypervelocity impact tests (velocity range 4-6 km s(-1)) were carried o...
This paper discusses the interactions of barriers with a spherical impactor and the character of pos...
The meteoroids and debris environment play an important role in the reduction of spacecraft life tim...
Hypervelocity impact experiments on water ice targets have been performed using a two stage light ga...
Hypervelocity impacts on a spacecraft’s surfaces result in ejecta or secondary debris production. Th...
Man-made orbital poses a serious threat to spacecraft that are launched to operate in Earth orbit be...