Add to ORKGElastomeric seals ar Elastomeric seals are being considered for application to the Advanced Docking / Berthing System. Currently, three candidate elastomers are being evaluated. To meet the unique requirements of the ADBS, several test fixtures have been built to determine each elastomer s Environmental and operating temperature compatibility Material stability when exposed to Atomic Oxygen and Ultraviolet radiation Adhesion force required to separate Compression set Leak rate These results will be compared with those from the metallic seal development to determine the final seal desig
An electrically conductive elastomer was evaluated as a material candidate for a spacecraft seal. Th...
While in space silicone based elastomer seals planned for use on NASA's Crew Exploration Vehicle (CE...
Ultraviolet radiation was evaluated to determine its negative effects on the performance of elastome...
NASA is developing advanced space-rated elastomeric seals to support future space exploration missio...
The Advanced Docking Berthing System (ADBS) is being developed by NASA as part of new Exploration I...
A Low Impact Docking System (LIDS) is being developed by the NASA Johnson Space Center to support fu...
Feasibility of metal-to-metal androgenous seals has been demonstrated. Techniques to minimize surfac...
A novel docking seal was developed for the main interface seal of NASA s Low Impact Docking System (...
A next-generation docking system is being developed by the National Aeronautics and Space Administra...
A docking system is being developed by the NASA to support future space missions. It is expected to ...
This document represents the work of the WPI student. The opinions expressed in this report are not ...
GRC is supporting JSC by developing LIDS main interface seals Seal development and testing is occurr...
Radiation blocking sunscreen coatings have been developed for the protection of elastomer seals used...
This viewgraph presentation describes the Low Impact Docking System (LIDS) docking and berthing syst...
For many materials used in space hardware, the environment in which they need to operate is harsher ...
An electrically conductive elastomer was evaluated as a material candidate for a spacecraft seal. Th...
While in space silicone based elastomer seals planned for use on NASA's Crew Exploration Vehicle (CE...
Ultraviolet radiation was evaluated to determine its negative effects on the performance of elastome...
NASA is developing advanced space-rated elastomeric seals to support future space exploration missio...
The Advanced Docking Berthing System (ADBS) is being developed by NASA as part of new Exploration I...
A Low Impact Docking System (LIDS) is being developed by the NASA Johnson Space Center to support fu...
Feasibility of metal-to-metal androgenous seals has been demonstrated. Techniques to minimize surfac...
A novel docking seal was developed for the main interface seal of NASA s Low Impact Docking System (...
A next-generation docking system is being developed by the National Aeronautics and Space Administra...
A docking system is being developed by the NASA to support future space missions. It is expected to ...
This document represents the work of the WPI student. The opinions expressed in this report are not ...
GRC is supporting JSC by developing LIDS main interface seals Seal development and testing is occurr...
Radiation blocking sunscreen coatings have been developed for the protection of elastomer seals used...
This viewgraph presentation describes the Low Impact Docking System (LIDS) docking and berthing syst...
For many materials used in space hardware, the environment in which they need to operate is harsher ...
An electrically conductive elastomer was evaluated as a material candidate for a spacecraft seal. Th...
While in space silicone based elastomer seals planned for use on NASA's Crew Exploration Vehicle (CE...
Ultraviolet radiation was evaluated to determine its negative effects on the performance of elastome...