An investigation to determine the most likely cause of two failures of five tests on 79 inch diameter Lockheed Super*Zip spacecraft separation joints being used for the development of a Shuttle/Centaur propulsion system. This joint utilizes an explosively expanded tube to fracture surrounding prenotched aluminum plates to achieve planar separation. A test method was developed and more than 300 tests firings were made to provide an understanding of severance mechanisms and the functional performance effects of system variables. An approach for defining functional margin was developed, and specific recommendations were made for improving existing and future systems
The Composite Cryotank Technology Demonstration (CCTD) project under NASA's Game Changing Developmen...
Advancements made in understanding deformation and damage of advanced structural materials have enab...
During the structural certification effort for the Space Launch System solid rocket booster nozzle, ...
Controlling the level of contamination for sensitive spacecraft instruments during launch and fairin...
The thermal performance of two types of ablative leading-edge joints for a space-shuttle orbiter wer...
Because Space Station Freedom (SSF) is an independent satellite, not depending upon another spacecra...
This report contains a compilation of some of the most basic equations governing simple preloaded jo...
During the initial certification test of the forward structural attachment of the space shuttle orbi...
A study program has been conducted to explore new methods of achieving zero leakage, separable and s...
Space vehicle staging and separation events require pyrotechnic devices. They are single-use mechani...
Orion and Commercial Crew Program (CCP) Partners have chosen to use frangible joints for certain sep...
This paper reports results of an investigation into developing a single failure tolerant pyrotechnic...
The starboard Solar Alpha Rotary Joint (SARJ) from the International Space Station (ISS) began exhib...
Five ablator/RSI panels were tested in simulated Shuttle heating conditions to determine heat pulse ...
Assembly joints of modern solid-rocket motor cases are usually sealed with conventional O-ring seals...
The Composite Cryotank Technology Demonstration (CCTD) project under NASA's Game Changing Developmen...
Advancements made in understanding deformation and damage of advanced structural materials have enab...
During the structural certification effort for the Space Launch System solid rocket booster nozzle, ...
Controlling the level of contamination for sensitive spacecraft instruments during launch and fairin...
The thermal performance of two types of ablative leading-edge joints for a space-shuttle orbiter wer...
Because Space Station Freedom (SSF) is an independent satellite, not depending upon another spacecra...
This report contains a compilation of some of the most basic equations governing simple preloaded jo...
During the initial certification test of the forward structural attachment of the space shuttle orbi...
A study program has been conducted to explore new methods of achieving zero leakage, separable and s...
Space vehicle staging and separation events require pyrotechnic devices. They are single-use mechani...
Orion and Commercial Crew Program (CCP) Partners have chosen to use frangible joints for certain sep...
This paper reports results of an investigation into developing a single failure tolerant pyrotechnic...
The starboard Solar Alpha Rotary Joint (SARJ) from the International Space Station (ISS) began exhib...
Five ablator/RSI panels were tested in simulated Shuttle heating conditions to determine heat pulse ...
Assembly joints of modern solid-rocket motor cases are usually sealed with conventional O-ring seals...
The Composite Cryotank Technology Demonstration (CCTD) project under NASA's Game Changing Developmen...
Advancements made in understanding deformation and damage of advanced structural materials have enab...
During the structural certification effort for the Space Launch System solid rocket booster nozzle, ...