Improved Boron-on-Carbon Composites

Initial attempts to directly substitute boron-on-carbon for tungsten-cored boron in the 5505 resin system revealed a difficulty in consistently achieving high transverse strain-to-failure values. The goal of this program was to investigate methods of improving the transverse properties of B(C)-epoxy...

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Bibliographic Details
Main Author: Suplinskas, Raymond J
Format: Report
Language:English
Subjects:
BORON CARBIDES
CARBINOLS
CORES
Laminates and Composite Materials
ORIENTATION(DIRECTION)
PE62102F
Plastics
Refractory Fibers
SODIUM HYDROXIDE
SUBSTRATES
SURFACE FINISHING
TRANSVERSE
TUNGSTEN
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Summary:Initial attempts to directly substitute boron-on-carbon for tungsten-cored boron in the 5505 resin system revealed a difficulty in consistently achieving high transverse strain-to-failure values. The goal of this program was to investigate methods of improving the transverse properties of B(C)-epoxy composites.