To develop a lightweight air turbine engine which applies an innovative method for thrust generation therefore consumes significantly less energy while at the same time has a lightweight feature due to its special design of composite materials.
To develop technologies enhancing the lifetime of forming and forging dies by means of hard layers deposited and sintered by laser beam. Design concepts of hot working dies will be optimised in order to lower the tooling costs and optimize the material exploitation.
In this project the effect of field subterranean irrigation in comparison with surface drip irrigation will be investigated in tomato heinz 1015 variety. Water-management practices aim at mitigating negative effects of climatic change on water use efficiency, tomato production and quality parameters
Fas made up from computer-driven subsystems:transport system supply/address system, manufacturing equipment with 2 robot cells, control system which establishes schedule and provides line control in real-time through a l.A.N.
Preservia will develop new and innovative solutions for secure, immune and authentic long term preservation of digital data. These are innovative and unique properties not found in todays disk and tape based storage solutions.
The technology refers to integrated recycling of domestic and industrial waste textiles and thermoplastic waste towards innovative pellets. Such tailored semifabricates can be further submitted to different thermoplastic technologies for multisectorial applications.
Safewindturbine seeks to practically eliminate catastrophic failures and minimise the need for corrective maintenance by developing and successfully implementing an integrated condition monitoring system for the continuous evaluation of wind turbines.
The project will develop a system for helping drivers to find a parking place in the crowded cities, around major points of interest
The present project proposes to create ecological, comfortable textiles which protect human body from harmful uv radiation by using natural fibers and dyes.
The aim of the project "smart city mobility" is the development of a dynamic traffic management system for regional centers (small and medium sized cities) with strong commuter traffic and motorised private transport.