Add to ORKGThe Advanced Docking Berthing System (ADBS) is being developed by NASA as part of new Exploration Initiative to develop an advanced mating system for future orbiting vehicles. Among other design challenges, the ADBS incorporates a seal-on-seal configuration rather than sealing conventionally against a flat surface. This project focused three candidate seal materials of silicone elastomers. The silicone elastomers were mainly tested in the as-received condition to provide a means of comparison for tests performed after exposure to a simulated low-earth orbital environment
A novel docking seal was developed for the main interface seal of NASA s Low Impact Docking System (...
The preservation of air in manned spacecraft is the utmost priority in space seal research and devel...
For many materials used in space hardware, the environment in which they need to operate is harsher ...
This document represents the work of the WPI student. The opinions expressed in this report are not ...
A docking system is being developed by the NASA to support future space missions. It is expected to ...
A next-generation docking system is being developed by the National Aeronautics and Space Administra...
Elastomeric seals ar Elastomeric seals are being considered for application to the Advanced Docking ...
An investigation of silicone elastomers for seals used in docking and habitat systems for future spa...
NASA is developing advanced space-rated elastomeric seals to support future space exploration missio...
While in space silicone based elastomer seals planned for use on NASA's Crew Exploration Vehicle (CE...
A Low Impact Docking System (LIDS) is being developed by the NASA Johnson Space Center to support fu...
The National Aeronautics and Space Administration has been developing a novel docking system to meet...
The development of elastomeric face seals is imperative for NASA’s manned space flight program. Lack...
An electrically conductive elastomer was evaluated as a material candidate for a spacecraft seal. Th...
Due to their wide operating temperatures and low leakage rates, silicone elastomers are the only cla...
A novel docking seal was developed for the main interface seal of NASA s Low Impact Docking System (...
The preservation of air in manned spacecraft is the utmost priority in space seal research and devel...
For many materials used in space hardware, the environment in which they need to operate is harsher ...
This document represents the work of the WPI student. The opinions expressed in this report are not ...
A docking system is being developed by the NASA to support future space missions. It is expected to ...
A next-generation docking system is being developed by the National Aeronautics and Space Administra...
Elastomeric seals ar Elastomeric seals are being considered for application to the Advanced Docking ...
An investigation of silicone elastomers for seals used in docking and habitat systems for future spa...
NASA is developing advanced space-rated elastomeric seals to support future space exploration missio...
While in space silicone based elastomer seals planned for use on NASA's Crew Exploration Vehicle (CE...
A Low Impact Docking System (LIDS) is being developed by the NASA Johnson Space Center to support fu...
The National Aeronautics and Space Administration has been developing a novel docking system to meet...
The development of elastomeric face seals is imperative for NASA’s manned space flight program. Lack...
An electrically conductive elastomer was evaluated as a material candidate for a spacecraft seal. Th...
Due to their wide operating temperatures and low leakage rates, silicone elastomers are the only cla...
A novel docking seal was developed for the main interface seal of NASA s Low Impact Docking System (...
The preservation of air in manned spacecraft is the utmost priority in space seal research and devel...
For many materials used in space hardware, the environment in which they need to operate is harsher ...