JEC Group have brought together the international community of composites leaders and executives in our Composites Circle as an unique networking opportunity to meet with both peers and future partners.
Professor and Architect Mark Goulthorpe, of the MIT Department of Architecture, confirmed as guest keynote speaker for the Future of Composites in Construction.
Airborne has been awarded with the contracts to manufacture the solar array panels for the first 14 satellites of the Galileo programme, and for two flight models of AstroTerra which is based on the AS250 platform, a recurring commercial satellite from Astrium - as unveiled on the 11th of January 2011.
Combined with the running contracts for the earth observation satellites Sentinel 1 and Sentinel 2, this adds up to more than 100 solar array panels that Airborne will produce the coming years. This succes is a result of an extensive qualification and industrialisation programme that started in 2007.The first two flight sets for Sentinel are in the final steps of panel assembly at Airborne and the first satellites are planned to be launched by the Ariane 5 launcher at the end of 2012. The panels for AstroTerra/AS250 will be installed on the SPOT 6 satellite (launch 2012) and SPOT 7 satellite (launch 2014).These contracts are important milestones in the strategy to become a leading European company for composite space structures. To reach this goal, Airborne is developing new technologies such as conductive composites for heat-conductive structures on satellite platforms, fibre steering to optimise structural efficiency and Resin Transfer Moulding for highly-loaded launcher components, enabling further mass reduction and performance improvement. Automated production processes such as fibre placement are implemented to further increase the cost-efficiency of the composite sandwich panels and launcher structures.Source : Airborne© ESA
Here are few examples and update of these two techniques which can be seen in many application sectors now.