A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
METHODS OF MAKING CARBON/CARBON COMPOSITES HAVING INCREASED FIBER VOLUME AND CERAMIC COMPOUNDS
A method of making a carbon-carbon composite part may comprise fabricating a fibrous preform comprising a fiber volume ratio of 25% or greater, heat treating the fibrous preform at a first temperature, infiltrating the fibrous preform with a first ceramic suspension, densifying the fibrous preform by chemical vapor infiltration (CVI) to form a densified fibrous preform, and heat treating the densified fibrous preform at a second temperature of 1600° C or greater.
METHODS OF MAKING CARBON/CARBON COMPOSITES HAVING INCREASED FIBER VOLUME AND CERAMIC COMPOUNDS
A method of making a carbon-carbon composite part may comprise fabricating a fibrous preform comprising a fiber volume ratio of 25% or greater, heat treating the fibrous preform at a first temperature, infiltrating the fibrous preform with a first ceramic suspension, densifying the fibrous preform by chemical vapor infiltration (CVI) to form a densified fibrous preform, and heat treating the densified fibrous preform at a second temperature of 1600° C or greater.
METHODS OF MAKING CARBON/CARBON COMPOSITES HAVING INCREASED FIBER VOLUME AND CERAMIC COMPOUNDS
VERFAHREN ZUR HERSTELLUNG VON KOHLENSTOFF-KOHLENSTOFF-VERBUNDWERKSTOFFEN MIT ERHÖHTEM FASERVOLUMEN UND KERAMISCHEN VERBINDUNGEN
PROCÉDÉS DE FABRICATION DE COMPOSITES CARBONE/CARBONE PRÉSENTANT UN VOLUME DE FIBRES ET DE COMPOSÉS CÉRAMIQUES AUGMENTÉ
LE COSTAOUEC JEAN-FRANCOIS (author) / KIRKPATRICK CHRISTOPHER T (author) / LINCK JOHN (author)
2019-03-27
Patent
Electronic Resource
English
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