A design allowables test program was conducted on Celion 6000/LARC-160 graphite polyimide composite to establish material performance over a 116 K (-250 F) to 589 K (600 F) temperature range. Tension, compression, in-plane shear and short beam shear properties were determined for uniaxial, quasi-isotropic and + or - 45 deg laminates. Effects of thermal aging and moisture saturation on mechanical properties were also evaluated. Celion 6000/LARC-160 graphite/polyimide can be considered an acceptable material system for structural applications to 589 K (600 F)
The development of several types of graphite/polyimide (GR/PI) bonded and bolted joints is reported....
The influence of elevated and cryogenic temperatures on the elastic moduli and fracture strengths of...
The design and evaluation of built-up attachments and bonded joint concepts for use at elevated temp...
A design allowables test program was conducted on Celion 3000/PRM-15 and Celion 6000/PMR-15 graphite...
The large stiffness-to-weight and strength-to-weight ratios of graphite composite in combination wit...
Two graphite/polyimide composite materials were aged in circulating air ovens at temperatures 204 C,...
The design, analysis, and testing performed to develop four types of graphite/polyimide (Gr/PI) bond...
Sixteen ply, quasi-isotropic laminates of Celanese Celion 6000/PMR-15 and Celion 6000/LARC-160 with ...
A study was conducted to assess the merits of using graphite/polyimide, NR-150B2 resin, for structur...
Chemical and rheological evaluation techniques were developed for polyimide composite matrix resins....
A structural test program was conducted on a Celion/LARC-160 graphite/polyimide technology demonstra...
Processing techniques and design data were characterized for a graphite/epoxy composite system that ...
Standard and advanced bonded joint concepts were evaluated to develop a data base for the design and...
The development and demonstration of manufacturing technologies for the structural application of Ce...
Standard single lap, double lap and symmetric step lap bonded joints of Celion 3000/PMR-15 graphite/...
The development of several types of graphite/polyimide (GR/PI) bonded and bolted joints is reported....
The influence of elevated and cryogenic temperatures on the elastic moduli and fracture strengths of...
The design and evaluation of built-up attachments and bonded joint concepts for use at elevated temp...
A design allowables test program was conducted on Celion 3000/PRM-15 and Celion 6000/PMR-15 graphite...
The large stiffness-to-weight and strength-to-weight ratios of graphite composite in combination wit...
Two graphite/polyimide composite materials were aged in circulating air ovens at temperatures 204 C,...
The design, analysis, and testing performed to develop four types of graphite/polyimide (Gr/PI) bond...
Sixteen ply, quasi-isotropic laminates of Celanese Celion 6000/PMR-15 and Celion 6000/LARC-160 with ...
A study was conducted to assess the merits of using graphite/polyimide, NR-150B2 resin, for structur...
Chemical and rheological evaluation techniques were developed for polyimide composite matrix resins....
A structural test program was conducted on a Celion/LARC-160 graphite/polyimide technology demonstra...
Processing techniques and design data were characterized for a graphite/epoxy composite system that ...
Standard and advanced bonded joint concepts were evaluated to develop a data base for the design and...
The development and demonstration of manufacturing technologies for the structural application of Ce...
Standard single lap, double lap and symmetric step lap bonded joints of Celion 3000/PMR-15 graphite/...
The development of several types of graphite/polyimide (GR/PI) bonded and bolted joints is reported....
The influence of elevated and cryogenic temperatures on the elastic moduli and fracture strengths of...
The design and evaluation of built-up attachments and bonded joint concepts for use at elevated temp...