Researchers and industrial engineers teamed up to develop new cost-effective techniques for moulding longer-lasting fibre-reinforced plastics that stand up better to impact, fire and even vandalism!
A German engineering firm and spin-off of the University of Karlsruhe has teamed up with the Technical University of Dresden and a Greek software company to develop an innovative and commercially viable code that simulates the results of wind-induced loads on high-rises.
An expandable wind tower that could make wind farms more competitive has been successfully demonstrated by a Spanish-Dutch consortium. The innovative...
A new test developed by the Eurostars MODAPEP project uses biology and mathematics to diagnose bowel disease and predict whether patients are at risk of...
Traditionally the biotech industry used reusable glass or steel bioreactors to manufacture biopharmaceuticals. The required cleaning and sterilizing of glass...
Nature is the ultimate innovator. Marine sponges have successfully survived on Earth for over 700 million years thanks to a particular biochemistry. Thanks to...
The EUREKA research project OPTITUNE, lasted three and a half years and had a total budget of 1.3 million euro. Poul Svensgaard, who served as project leader...
You will never hear it broadcasted on the airwaves, but AZ Radio, a project funded by the Eurostars programme, is likely to be a topic of conversation on the...