The design and manufacture of textile composite panels, tubes, and angle sections that were provided to NASA for testing and evaluation are documented. The textile preform designs and requirements were established by NASA in collaboration with Boeing and several vendors of textile reinforcements. The following four types of preform architectures were used: stitched uniweave, 2D-braids, 3D-braids, and interlock weaves. The preforms consisted primarily of Hercules AS4 carbon fiber; Shell RSL-1895 resin was introduced using a resin transfer molding process. All the finished parts were inspected using ultrasonics
Progress was made in several areas on the preparation of carbon fiber composites using advanced poly...
Innovative design concepts and cost effective fabrication processes were developed for damage tolera...
Under NASA's Novel Composites for Wing and Fuselage Applications (NCWFA) program, Contract NAS1-1878...
Phase 2 of the NASA ACT Contract (NAS1-18888), Advanced Composite Structural Concepts and Materials ...
The NASA LaRC is conducting and supporting research to develop cost-effective fabrication methods th...
Advanced resin systems and 3D textile preforms are being evaluated at Lockheed Aeronautical Systems ...
During the past 15 years NASA has taken the lead role in exploiting the benefits of textile reinforc...
The NASA Langley Research Center is conducting and sponsoring research to explore the benefits of te...
Under NASA's Novel Composites for Wing and Fuselage Applications (NCWFA) Program, Grumman is develop...
Composite manufacturing using the current prepregging technology of impregnating liquid resin into t...
Advanced composite primary structural concepts have been evaluated for low cost, damage tolerant str...
Resin Transfer Molding (RTM) has been identified by Douglas Aircraft Company (DAC) and industry to b...
The use of innovative cost effective material forms and processes is being considered for fabricatio...
NASA has been a leader in development of composite materials for aircraft applications during the pa...
This project involves two separate processes for fabricating carbon fiber composite parts using Hexc...
Progress was made in several areas on the preparation of carbon fiber composites using advanced poly...
Innovative design concepts and cost effective fabrication processes were developed for damage tolera...
Under NASA's Novel Composites for Wing and Fuselage Applications (NCWFA) program, Contract NAS1-1878...
Phase 2 of the NASA ACT Contract (NAS1-18888), Advanced Composite Structural Concepts and Materials ...
The NASA LaRC is conducting and supporting research to develop cost-effective fabrication methods th...
Advanced resin systems and 3D textile preforms are being evaluated at Lockheed Aeronautical Systems ...
During the past 15 years NASA has taken the lead role in exploiting the benefits of textile reinforc...
The NASA Langley Research Center is conducting and sponsoring research to explore the benefits of te...
Under NASA's Novel Composites for Wing and Fuselage Applications (NCWFA) Program, Grumman is develop...
Composite manufacturing using the current prepregging technology of impregnating liquid resin into t...
Advanced composite primary structural concepts have been evaluated for low cost, damage tolerant str...
Resin Transfer Molding (RTM) has been identified by Douglas Aircraft Company (DAC) and industry to b...
The use of innovative cost effective material forms and processes is being considered for fabricatio...
NASA has been a leader in development of composite materials for aircraft applications during the pa...
This project involves two separate processes for fabricating carbon fiber composite parts using Hexc...
Progress was made in several areas on the preparation of carbon fiber composites using advanced poly...
Innovative design concepts and cost effective fabrication processes were developed for damage tolera...
Under NASA's Novel Composites for Wing and Fuselage Applications (NCWFA) program, Contract NAS1-1878...