Development and experimental production of measurement standards for laser beam/optics characterization. Technology and instrumentation for on-line and off-line beam and optics monitoring.
The project deals with factors affecting the total quality of laser scanning surveys, in particular for urban environments, with a view to improving methods and software, and calibrating and integrating image and laser data.
The project tasks are oriented to developing the algortihms and designing the optics and electronics required for setting up the complete colour measurement sensor and control-processing system for large indoor and outdoor displays.
To increase wind turbine reliability by failure mode investigation of components. The main tools for the research are vibration measurements, the counting of metallic particles in oil and the monitoring of fiber optic blades.
Aims to bring together european competences in the field of tribology,by establishing an integrated, powerful umbrella to improve interaction between industry and tribology research and to facilitate the transfer of technology to industry.
To develop measurement equipment and software for the construction aggregates industries and to some extent other mineral-based material industries.
A family of current clamp sensors/meters will be developed and made compatible with existing metrel measurement equipment. Together with upgraded metrel instruments, the field applications in power quality measuring will be improved.
To collate and harmonise the tribological tests that are usually conducted by the participating centres. The objective is to establish a test service for these centres.
Electronic platform for the design and development of pc scales
To develop new t&m equipment for mv/hv (medium voltage/high voltage) areas and thereby to be more competitive in the field of verifying and testing power distribution systems.