The performance of rubber goods suitable for use as O-rings, seals, gaskets, bladders and diaphragms under conditions simulating those of the space shuttle were studied. High reliability throughout the 100 flight missions planned for the space shuttle was considered of overriding importance. Accordingly, in addition to a rank ordering of the selected candidate materials based on prolonged fluid compatibility and sealability behavior, basic rheological parameters (such as cyclic hysteresis, stress relaxation, indicated modulus, etc.) were determined to develop methods capable of predicting the cumulative effect of these multiple reuse cycles
During the past year, further progress was made in understanding both the molecular nature of the st...
Results are presented from tests to establish design allowables data for the following room temperat...
Suitability of a multifunctional additive (MFA), a widely available cheap natural polymer belonging ...
Redesign of the Space Shuttle Solid Booster has necessitated re-evaluation of the material used in t...
The space station is being developed for a service life of up to thirty years. As a consequence, the...
The aerospace and aviation industry have fasted growing industries on a global scale. Reliable aircr...
The seal configuration tester (SCT) developed at the Stennis Space Center (SSC) was designed to repl...
A next-generation docking system is being developed by the National Aeronautics and Space Administra...
In the redesign of the Space Shuttle solid rocket motor following the Challenger accident, the field...
Prediction of service life of polymeric sealers for fuel tanks from viscoelastic measurement
Rubber is divided into two types: natural rubber and synthetic rubber. Natural rubber is made by ext...
As a part of the redesign project of the Space Shuttle solid rocket motor (SRM) following the Challe...
In the search for superior materials from which to make gaskets for pneumatic and hydraulic systems,...
The fact that rubber can be studied in a state of mechanical equilibrium makes it the most fundament...
Advanced high temperature hydraulic system rod sealing requirements can be met by using seals made o...
During the past year, further progress was made in understanding both the molecular nature of the st...
Results are presented from tests to establish design allowables data for the following room temperat...
Suitability of a multifunctional additive (MFA), a widely available cheap natural polymer belonging ...
Redesign of the Space Shuttle Solid Booster has necessitated re-evaluation of the material used in t...
The space station is being developed for a service life of up to thirty years. As a consequence, the...
The aerospace and aviation industry have fasted growing industries on a global scale. Reliable aircr...
The seal configuration tester (SCT) developed at the Stennis Space Center (SSC) was designed to repl...
A next-generation docking system is being developed by the National Aeronautics and Space Administra...
In the redesign of the Space Shuttle solid rocket motor following the Challenger accident, the field...
Prediction of service life of polymeric sealers for fuel tanks from viscoelastic measurement
Rubber is divided into two types: natural rubber and synthetic rubber. Natural rubber is made by ext...
As a part of the redesign project of the Space Shuttle solid rocket motor (SRM) following the Challe...
In the search for superior materials from which to make gaskets for pneumatic and hydraulic systems,...
The fact that rubber can be studied in a state of mechanical equilibrium makes it the most fundament...
Advanced high temperature hydraulic system rod sealing requirements can be met by using seals made o...
During the past year, further progress was made in understanding both the molecular nature of the st...
Results are presented from tests to establish design allowables data for the following room temperat...
Suitability of a multifunctional additive (MFA), a widely available cheap natural polymer belonging ...