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.
To integrate new digital currencies, such as Bitcoin, into global financial systems requires that checks and balances be put in place to ensure adherence to local laws and regulations and protect consumers from fraud while maintaining privacy. This is where the Blockchain PISC project comes in.
An innovative search engine that works on shapes rather than textual input has resulted from a EUREKA enabled transatlantic collaboration between Canadian and...
Fibre-optics are today’s industrial workhorse delivering fast, reliable and virtually uninterrupted communications which keep people and machines working...
An expandable wind tower that could make wind farms more competitive has been successfully demonstrated by a Spanish-Dutch consortium. The innovative...
A South Korean company picked two European partners to secure its lead in the clean diesel sector. Hanil Tubes may not be a household name for European...
Thanks to the innovation and hard work of six partner organisations, led by Germany’s GT Elektrotechnische Produkte, a new form of polyurethane gel called...
When it comes to renewable energy the question is always the same: would it be a sustainable business if it was not heavily subsidised by public funds? In...