To design, build and confirm the efficiency of a medical sterilizer prototype device, which use a non-thermal plasma discharge glidarc type, for bio-decontamination of medical instruments in order to obtain a new product.
Research and development of new generation of information system platform with support of data semantics, subject oriented on specific data objects, and providing techniques strongly oriented on the end users, simple for the preparation.
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.
The aims are research works on multifunctional textiles for shielding electromagnetic fields energy in order to protect men and also sensitive special equipment. New shielding textiles for technical and special applications with added-value properties will be obtained.
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 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.
Ecobogie is a novel bogie that will deliver environmental benefits for freight vehicles by decreasing noise emissions by at least 10 db and reducing mass by up to 1000 kg per bogie thus reducing the carbon foot print and track damage and increasing the capacity of existing rail infrastructure
The overall objective is to provide the european structural steelwork industry with the means to overhaul itself by introducing purpose-developed, computer integrated manufacturing (cim) systems.
New industrial products and technologies as well as craft skills for conservation and restoration work. Establishment of technical standards and guidelines for examination and treatment of objects and monuments.