During 2003 and 2004, the Johnson Space Center's White Sands Testing Facility in Las Cruces, New Mexico conducted hypervelocity impact tests on the space shuttle wing leading edge. Hypervelocity impact tests were conducted to determine if Micro-Meteoroid/Orbital Debris impacts could be reliably detected and located using simple passive ultrasonic methods. The objective of Targets A-1, A-2, and B-2 was to study hypervelocity impacts through multi-layered panels simulating Whipple shields on spacecraft. Impact damage was detected using lightweight, low power instrumentation capable of being used in flight
Additive manufacturing is recently finding application in the satellites industry, allowing solution...
Knowing the impact effects of the space environment on engineering materials is critical if we are t...
The meteoroids and debris environment play an important role in the reduction of spacecraft life tim...
During 2003 and 2004, the Johnson Space Center's White Sands Testing Facility in Las Cruces, New Mex...
Hypervelocity impact tests were conducted to simulate the damage that meteoroids will produce in the...
Solar array coupons designed for the Space Station Freedom electrical power system were subjected to...
As a result of man's venturing into space, the local debris contributed by his presence exceeds, at ...
AbstractWe present an introductory overview of the capabilities, constraints and challenges to be ta...
NASA Johnson Space Center (JSC) White Sands Test Facility (WSTF) participated in a joint test progra...
The Hypervelocity Impact Society is devoted to the advancement of the science and technology of hype...
Hypervelocity tests of spacecraft optical sensors were conducted to determine if the optical signatu...
Spacecraft are being designed based on LS-DYNA simulations of water landing impacts. The Elemental W...
One of the space hazards of concern is the problem of natural matter and space debris impacting spac...
It is necessary to integrate a wide variety of technical disciplines to provide an analysis of struc...
In keeping with the tradition of the Hypervelocity Impact Society, this paper is a written version o...
Additive manufacturing is recently finding application in the satellites industry, allowing solution...
Knowing the impact effects of the space environment on engineering materials is critical if we are t...
The meteoroids and debris environment play an important role in the reduction of spacecraft life tim...
During 2003 and 2004, the Johnson Space Center's White Sands Testing Facility in Las Cruces, New Mex...
Hypervelocity impact tests were conducted to simulate the damage that meteoroids will produce in the...
Solar array coupons designed for the Space Station Freedom electrical power system were subjected to...
As a result of man's venturing into space, the local debris contributed by his presence exceeds, at ...
AbstractWe present an introductory overview of the capabilities, constraints and challenges to be ta...
NASA Johnson Space Center (JSC) White Sands Test Facility (WSTF) participated in a joint test progra...
The Hypervelocity Impact Society is devoted to the advancement of the science and technology of hype...
Hypervelocity tests of spacecraft optical sensors were conducted to determine if the optical signatu...
Spacecraft are being designed based on LS-DYNA simulations of water landing impacts. The Elemental W...
One of the space hazards of concern is the problem of natural matter and space debris impacting spac...
It is necessary to integrate a wide variety of technical disciplines to provide an analysis of struc...
In keeping with the tradition of the Hypervelocity Impact Society, this paper is a written version o...
Additive manufacturing is recently finding application in the satellites industry, allowing solution...
Knowing the impact effects of the space environment on engineering materials is critical if we are t...
The meteoroids and debris environment play an important role in the reduction of spacecraft life tim...