the co2fieldlab project comprises a shallow injection of co2 and the monitoring of its migration up to the surface and the dispersion at the surface. This type of controlled release experiment is unique at this stage and will fulfil four objectives: (i) determine the sensitivity of monitoring systems to detect shallow...
Focus on the production, qualification and industrialisation of metersized metallic components, manufactured by powder based additive manufacturing (am)
Focus on metallic high entropy alloys (mhea) for extreme industrial applications to generate knowlege on manufacturing, microstructure and properties
Timmo-2-use addresses a significantly increased automation for more predictable development cycles in order to substantially reduce development risks and time-to-market. To increase reliability, safety, robustness, fault tolerance by a much higher degree
Europe’s railways have developed over the last 150 years within national boundaries, resulting in a variety of different signalling and train-control systems that hampers cross-border traffic. The european union has decided to improve interoperability for the railway sector. The european train control system (etcs) as...
The objective of the bcp_he project is to develop an innovative boiler circulating pump and heat exchanger system, with an improvement on performance and efficiency and a reduction in costs to support the next generation of ultra super critical coal power plant development. In addition the technology under...
Cyberfactory#1 aims at designing, developing, integrating and demonstrating a set of key enabling capabilities to foster optimisation and resilience of the factories of the future (fof). It will address the needs of pilots from transportation, automotive, electronics and machine manufacturing industries around use...
The concept of digital twin can provide solutions for the challenges faced in smart manufacturing, e.G. For predictive maintenance (pdm) techniques. Even though predictive maintenance and digital twins expected to have a high impact on future smart manufacturing and engineering, there are still very few functioning...
Today’s control of industrial processes is done in a highly centralised and hierarchical manner. Future concepts like component based and collaborative automation require much more distributed control functionalities. To support this development, optimum addresses enhancing the aspects of distributed control,...