Easn.net Website Review

the long-term goal of establishing easn was to built up an open, unique european platform in order to structure, support and upgrade the research activities of the european aeronautics universities, as well as to facilitate them to respond to their key role within the european aeronautical research community in incubating new knowledge and breakthrough technologies. the european aeronautics science network principles have obtained the support of the commission thanks to two funded specific support actions. on 06.05.2008, the easn as*ociation was officially established which is: - an international as*ociation based in brussels - self funded and self sustainable - coordinated and run by a board of directors which is elected by the the primary aim of the easn as*ociation is the advancement of the aeronautics sciences and technologies. further aims of the easn smes, industries and universities are welcome to join the easn. more details about the membership types of easn can be found here the ijsi represents an official arm of the easn in partnership with emerald publishers in order to provide a well-established platform aerospace is an international, peer-reviewed, open access journal devoted to the publication of original papers, review articles, short notes and communications related to all fields of aerospace science, engineering and technology. ntua and head of the research unit of advanced, composite, nano materials & nanotechnology - r-nanolab (short cv here. share their thoughts on the importance of 9th easn international conference which will be held in athens, greece from the 3rd until the. 6th of september 2019. date posted: october 17, 2018, 11:19 am bucharest, incas representative in the erea executive secretariat (european research establishments in aeronautics) and member of the. icarus (innovative coarsening-resistant alloys with enhanced radiation tolerance and ultra-fine grained structure for aerospace. application) is an ambitious collaborative project, aiming to develop an innovative thermodynamic approac...  see all easn supported