Commercially available composite structural shapes were evaluated for use. These composites, fiberglass-reinforced polyester and vinylester resin materials are being used extensively in the fabrication and construction of low maintenance, corrosion resistant structures. The evaluation found that in many applications these composite materials can be successfully used at the space center. These composite materials should not be used where they will be exposed to the hot exhaust plume/cloud of the launch vehicle during the liftoff, and caution should be taken in their use in areas where electrostatic discharge and hypergolic propellant compatibility are primary concerns
Long-life (10-30 years) large space structures are considered by NASA for a number of future earth-o...
The reported objectives were to define promising materials, to obtain significant processing criteri...
The need for safe, lightweight, less expensive, and more reliable launch vehicle components is being...
Composite materials tests for expandable manned space structures including flammability, micrometeor...
AS&M performed a broad assessment survey and study to establish the potential composite materials an...
Composite materials offer significant advantages in space applications. Weight reduction is imperati...
Filamentary composite materials reviewed for potential applications in spacecraft structure
A three year research plan has been executed under a Lockheed Independent Research and Development p...
Various aspects of the application of composite materials to aircraft structures are considered. Fai...
Organic composite test specimens were flown on several LDEF experiments. Both bare and coated compos...
Materials Science Division within the Engineering Directorate tasked by the Ares Launch Vehicle Divi...
This part of Exploration Atmospheres Working Group analyses focuses on the potential use of nonmetal...
Composite materials testing for fire resistant wall structures for expandable manned space structure
Fracture control requirements have been developed to address damage tolerance of composites for mann...
This effort demonstrates that by focusing only on properties of relevance, composite interstage and ...
Long-life (10-30 years) large space structures are considered by NASA for a number of future earth-o...
The reported objectives were to define promising materials, to obtain significant processing criteri...
The need for safe, lightweight, less expensive, and more reliable launch vehicle components is being...
Composite materials tests for expandable manned space structures including flammability, micrometeor...
AS&M performed a broad assessment survey and study to establish the potential composite materials an...
Composite materials offer significant advantages in space applications. Weight reduction is imperati...
Filamentary composite materials reviewed for potential applications in spacecraft structure
A three year research plan has been executed under a Lockheed Independent Research and Development p...
Various aspects of the application of composite materials to aircraft structures are considered. Fai...
Organic composite test specimens were flown on several LDEF experiments. Both bare and coated compos...
Materials Science Division within the Engineering Directorate tasked by the Ares Launch Vehicle Divi...
This part of Exploration Atmospheres Working Group analyses focuses on the potential use of nonmetal...
Composite materials testing for fire resistant wall structures for expandable manned space structure
Fracture control requirements have been developed to address damage tolerance of composites for mann...
This effort demonstrates that by focusing only on properties of relevance, composite interstage and ...
Long-life (10-30 years) large space structures are considered by NASA for a number of future earth-o...
The reported objectives were to define promising materials, to obtain significant processing criteri...
The need for safe, lightweight, less expensive, and more reliable launch vehicle components is being...