The WILLOW project aims to develop an innovative Structural Health Monitoring (SHM) System that utilizes physical models and artificial intelligence methods to assess the lifespan of wind energy infrastructure.
TSI presented at the IMO the Ni-CDS system, a non-intrusive technology to detect and reduce underwater noise caused by cavitation on ships. It improves efficiency, reduces emissions and protects marine wildlife.
#EMLES is focused on the #research and #development of new materials – processes for the manufacture of tidal turbine blades, redefining renewable energy through the adoption of advanced composite materials and optimised processes. In addition, the project has overcome significant challenges in the geometry and fabrication of the demonstrators. Continue reading!
As partners in this innovative #FIBRE4YARDS project, and joining the entire consortium, we are delighted to receive the #JECWorldInnovation2025 award in the category of Maritime Transport and Shipbuilding. FIBRE4YARDS has developed new composite production technologies to redefine shipbuilding by adopting modular construction and automated processes – read on!
