FORCE is relevant to the development of damage-tolerant and oxidation resistant materi-als for use at high temperature in oxidizing atmospheres. The basis objective is the devel-opment of novel buffer layers able to prevent fibers degradation during sintering and oxi-dation, which will be fundamental for the design and production of functionally graded ul-tra-high temperature composites (FG-UHTC) containing short carbon fibers with enhanced thermo-mechanical properties for applications under extreme environments.
FORCE: FunctiOnally graded fiber-Reinforced Ceramics for Extreme environments
Laura Silvestroni;Diletta Sciti
2020
Abstract
FORCE is relevant to the development of damage-tolerant and oxidation resistant materi-als for use at high temperature in oxidizing atmospheres. The basis objective is the devel-opment of novel buffer layers able to prevent fibers degradation during sintering and oxi-dation, which will be fundamental for the design and production of functionally graded ul-tra-high temperature composites (FG-UHTC) containing short carbon fibers with enhanced thermo-mechanical properties for applications under extreme environments.File in questo prodotto:
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