Ceramic Matrix Composites
Researchers work to prove out ultra-high-temperature CMC for NASA Interstellar Probe study
A recent study by Johns Hopkins and Advanced Ceramic Fibers LLC worked toward ceramic matrix composites able to withstand up to 3,500°C for space heatshields.
Read MoreCFM RISE program targets composites, additive manufacturing and hybrid electric
GE Aviation, Safran program targets more than 20% lower emissions, 100% compatibility with sustainable and hydrogen fuels, with a technology roadmap detailing CMC, composite fan blades and more.
Read MoreAxiom Materials CerFace AX-8810 surface film improves outer finish of CMC components
Surface film protects exposed fibers and minimizes surface roughness of CMC components for operating temperatures of up to 1,093ºC.
Read MorePratt & Whitney to produce advanced metal and CMC turbine airfoils in North Carolina
New 1 million-square-foot production facility follows CMC R&D center and publicized strategy for next-gen engines.
Read MoreWSU-NIAR receives $13.5 million from Air Force for advanced composites research
Additional funding extends NIAR’s Modeling for Affordable, Sustainable Composites (MASC) research program, which will develop technologies to optimize digital twin data.
WatchClean Sky 2 announces program updates
Clean Sky 2 highlights several ongoing and recently completed composites-related projects including a small aircraft ground cabin demo, simulation tools and a CMC inter turbine duct.
Read MoreFree Form Fibers' $2.5 million financing round scales up composites production
The next step is to bring high-performance fibers and powder materials to market for advanced applications, such as CMC.
Read MoreWSU-NIAR awarded $13.5 million for high-speed missile materials research
Partnership with Spirit AeroSystems will develop manufacturing processes and material characterization for advanced composites for future thermal protection systems.
Read MoreLeveraging towpreg to reduce the cost of CMC
High-denier, spread-tow Nextel 610 fiber and novel alumina matrix enable AFP production of Ox-Ox ceramic matrix composites.
Read MoreBridging the gap between CFRP and CMC
Novel composites offer performance up to 1000°C with faster processing.
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