Approaching the first year of the project, all the IASS activities are well on track having already achieved its internally set goals. The work has mainly been focused on the synthesis of new hardeners with specific functionalities, and on the functionalization of graphene layers and carbon nanotubes.
Coupons have been produced using the best formulation with respect to fire resistance and electrical conductivity combined functionalities. Testing of these coupons gave very promising results which have been presented during international conferences and published in peer-reviewed international journals.
For more information visit the IASS project website: www.iass-project.eu.
The INMA project is coming to its end and many results have already been generated. Experimental practices on incremental sheet forming to cold/hot work different alloys have been developed. Modeling tools to support the process have also being implemented. Material testing data are available.
During the last period, fabrication of one of the project demonstrators (engine strut half) has progressed. Its completion is due by next September. On the other hand, a life-cycle assessment of the two different heating methods (global/local) implemented to hot work titanium is being carried out. A second issue of the project leaflet illustrating the main activities carried out can be downloaded at the project web site. For more information visit the INMA project website: www.inmaproject.eu
In the third and final test campaign of ENCOMB, novel NDT technologies are being adapted to detect hydraulic fluid down to relevant threshold values as well as various degrees of thermal degradation of CFRP samples. The third focus is the detection of weak bonds due to poorly cured adhesive.
An interesting outcome of the second test campaign was that accelerated ageing for 1000 hours at elevated temperature and humidity had no adverse effect on the mechanical strength of strong adhesive bonds whereas weak bonds caused by pre-bond release agent contamination were further weakened during ageing.
For more information visit the ENCOMB project website: www.encomb.eu
The most remarkable result in the last period is the achievement of highly transparent mesoporous electrodes through low temperature processes on conductive glass. Regarding the TOLED lighting systems, printed red and green polymer devices have been successfully fabricated on flexible plastic substrates. The new electrodes were modified with electrochromic (EC) molecules and the corresponding devices showed a good performance with liquid electrolytes. Next goal will be the fabrication of EC devices on plastic substrates using a solid electrolyte. These results were presented during the Month 6 Project Progress Meeting which was held in Venice (Italy) on May 9th -10th at CVR facilities.
For more information visit the IN-LIGHT project website: www.inlight-project.eu
|Cold Spray Radical Solutions for Aeronautic Improved Repairs (CORSAIR) held its kick-off meeting on June 24th at the Politecnico Di Milano facilities in Milan, Italy.|
During this one-day event, the partners had the opportunity to meet and decide upon the activities and interactions to be realized in the first months of the project. CORSAIR aims to develop a New Industrial Portable Cold Spray Unit to extend the capabilities of in situ maintenance and repair applications. CORSAIR expects to have a strong socio-economic impact by reducing scheduled maintenance requirements as well as a notable green character through re-usability, reduced energy consumption, waste, toxic fumes, etc. For more information visit the CORSAIR project website: www.corsair-project.eu
|The i-VISION project aims to develop immersive semantics-based virtual environments for the design and validation of human-centred aircraft cockpits. The project will officially start in September 2013 under the coordination of Professor George Chryssolouris, director of the Laboratory for Manufacturing Systems and Automation, at University of Patras, in Greece. |
For more information visit the i-VISION project website: www.ivision-project.eu
|Promo - Air (Promoting Aeronautics Innovation and Research) was officially launched during the two day Kick-Off Meeting held on May 23d – May 24th, in Athens, Greece and hosted by the University of Patras (LTSM). Promo – Air Project is a Support Action within the FP7 aiming at undertaking actions to raise the interest of young Europeans towards scientific and technical studies in the field of Aeronautics and Air Transport through the production of attractive educational material, by incorporating state of the art research results of recent and current Aeronautics and Air Transport projects.
European Commission invests €600 million in new research to unblock congestion in Europe's airspace.
Read the press release here
The European Commission has issued its innovation investment package that paves the way to the continuation of the Clean Sky Joint Technology Initiative (JTI) within the EU Horizon 2020 Framework Programme. Clean Sky 2 involves 4 bn€ of research activity within a coherent programmatic approach. The EU plans to invest 1.8 bn€ in the Clean Sky 2 Programme under Horizon 2020, building on the investment of 0.8 bn€ to date under FP7, and helping to minimise the sector’s environmental impact, and to increase its global competitiveness.
Read the press release here
The HERMES workshop on “International Collaboration in Transport Research” took place on the 24th May 2013. On the same date the HERMES developed transport databases access portal (www.transport-research-portal.net) went live and was presented to delegates.
Researchers worldwide are invited to visit the portal, report problems or make suggestions for improvements. The aim of the workshop was to discuss the benefits and problems of international collaboration and ways to achieve a global transport research community were debated. The output from the workshop can be viewed on the project website www.hermes-project.net
During the last months of the project, activities have focused heavily on further design refinements and iterations between the Application and the Wing Integration Scenarios.
The mission specific fuel consumption reduction from a morphing trailing edge has shown major opportunities around 2% (lower bound). In regard to SHM systems, the vast majority of the scenarios are within their experimental phase. The experimental testing phase is expected to generate sufficient data for the technical decisions required during the next critical concept reviews. Finally, Multifunctional Structures work focused on screening testing has been mainly completed. Initial results indicate good CAI performance as well as good conductivity. A more thorough analysis will be possible after completion of the screening test phase analysis.
For more information visit the SARISTU project website: www.saristu.eu
HIKARI, Japanese for “light”, aims to provide answers to several topics of public concern dealing with high-speed aviation, such as environmental impacts and global economy, trying to make the general public aware of high-speed initiatives and goals.
The outcomes of the 1st semester will be discussed in a dedicated workshop which will take place between September 4th and 6th at the ESTEC facilities, in the Netherlands. At the same time, the HIKARI public website has been finalized, describing in three languages the project’s objectives and progress.
For more information visit the HIKARI project website: www.hikari-project.eu.
In the first half year of the QUICOM project, Phase 1 “Detailed Specifications” was accomplished. The end-users defined the industrial needs and the test components for the different application areas. Finally the test specimens together with conventional Non-Destructive Testing (NDT) data were collected.
Furthermore Phase 2 “Development of Methods and Techniques” has started, in which the targeted QUICOM technology platform will be implemented. The platform consists of new highly detailed inspection methods based on cutting edge X-ray techniques. This will allow facilitating a full characterization of aeronautic specimens regarding material and geometric features.
For more information visit the QUICOM project website: www.quicom.eu.
The AIM² Advance Flight Testing Workshop will be held from the 9th to the 14th of September 2013 at Rzeszow, Poland. This workshop is directed at researchers and engineers interested in applying modern optical measurement techniques for flight test.
For more information visit the AIM2 website
Fire resistant and fireproof tests newly offered by VZLU. Testing procedures match the international standard ISO 2685. Testing services according to circular letter AC 20-135. Suitable mainly for testing of composite nacelles and various engine systems and components
For more information visit the VZLU website
Open access to VZLU´s low speed wind tunnel. Research projects and experiments carried out in the large infrastructure under open access are free of charge. This applies to operating costs and operating personnel services related specifically to activity performed there.
For more information visit the VZLU website
The 29th Congress of the ICAS will be held on September 7th -12th ,2014 in St. Petersburg, Russia and will be hosted by TsAGI. The ICAS Congress provides a unique forum for engineers and scientists from all over the world to learn the results of the latest research and to exchange ideas.
For more information visit the ICAS website