Publication | Closed Access
Carbon-carbon - An overview
170
Citations
0
References
1988
Year
Room Temperature PropertiesEngineeringMechanical EngineeringChemistryThermoplastic CompositeChemical EngineeringContinuous-fibre CompositeCarbon CreditCarbon-based FilmsCarbon NanotubesMaterials EngineeringMaterials ScienceCarbon SequestrationCarbon-carbon CompositesComposite TechnologyHeat TransferSustainable CompositeFiber-reinforced CompositeCarbonizationApplied PhysicsComposites RendersActivated CarbonCarbon Utilization
In nonoxidizing high-temperature environments, carbon-carbon composites retain room temperature properties to more than 2225 C; in oxidizing environments, the variety of coatings thus far developed limits maximum operating temperatures to about 1600 C. The high thermal conductivity and low thermal expansion of these composites renders them ideal for applications encountering thermal shocks. In addition, the variety of fibers, weave patterns, and layup procedures that can be used for the composites allows mechanical properties to be carefully tailored over a wide range to fit the application in question.