The main purpose of C³HARME is the design, development, manufacturing and testing of a new class of Ceramic Matrix Composites based on ultra-high temperature ceramic matrices reinforced with SiC or C fibers suitable for application in severe aerospace environments. The C³HARME consortium is composed of 3 academic institutions, 3 research centers, 3 large companies and 3 SMEs based in 6 different countries. The consortium ensures a critical mass of scientific expertise and excellence in key areas (materials science, engineering, process technology, material modelling, processing industrial scale up). The project, started on 1 June 2016, will run for 48 months and it has been funded for a total of 8M€.
Next Generation Ceramic Composites for Combustion Harsh Environment and Space / Savino, Raffaele; Cecere, Anselmo. - (2016). (Intervento presentato al convegno C3HARME Next generation Ceramic Composites for combustion harsh environment and space nel Giugno 2016).
Next Generation Ceramic Composites for Combustion Harsh Environment and Space
Raffaele Savino;Anselmo Cecere
2016
Abstract
The main purpose of C³HARME is the design, development, manufacturing and testing of a new class of Ceramic Matrix Composites based on ultra-high temperature ceramic matrices reinforced with SiC or C fibers suitable for application in severe aerospace environments. The C³HARME consortium is composed of 3 academic institutions, 3 research centers, 3 large companies and 3 SMEs based in 6 different countries. The consortium ensures a critical mass of scientific expertise and excellence in key areas (materials science, engineering, process technology, material modelling, processing industrial scale up). The project, started on 1 June 2016, will run for 48 months and it has been funded for a total of 8M€.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
