The project intends to develop and evaluate a mobile analytical laboratory capable of performing "in field" sampling and analysis of waste, soil, soil-air and water contaminants.
Development of colour thin film electroluminescent (tfel) flat panel displays and pilot manufacturing line including the generation of key materials and components sourcing in europe
Set up a communication network to help industry initiate eureka proposals to improve maintenance. Subjects will cover the r & d needed to enable efficient maintenance techniques and strategies to be developed, tested and implemented.
This is the second phase of the project, consisting of an integrated software package for support of logistic activities in fields of distribution nets, stocks management, forecasting and transport.
Neuronavigators are used in brain surgery. A prototype consisting of a mechatronic arm, instrumentation, computer workstation and 3d-imaging programs has been evaluated in neurosurgical operations and is ready for final development.
A new modelling and simulation package with highly developed graphical user-interface and computationally efficient simulation facilities. New facilities for managing large scale models and control design will be created.
Objective: the aim is to generate new eureka projects in the field of the food industry and basic related sectors.
Development of high powered l-drive (electric motor placed in underwater podded unit) so vessel will cost less and its profit will be larger, thus considerably improving the vessel's operational capabilities.
Improve forging processes and steels to produce automotive components with lower weight and cost. Direct quenching from hot or warm forging temperatures and cold forging combined with novel, low carbon alloy steels will be applied.
Establish a trade-by-trade overview of maintenance methods and related results and thus to give individual companies a basis for pinpointing areas where their efficiency and competitiveness can be improved.