IN-situ structural health monitoring of functional composite structures by truly-integrated carbon nanomaterial-based sensors - ISIMON

Project summary

The ISIMON project aims at developing a novel self-sensing Fiber Reinforced Polymer (FRP) vessel for high-pressure fuel storage. This innovation addresses the critical need for monitoring both the fabrication process and the structural health of the vessel during its service life by integrating highly sensitive nano-composite (NC) based sensors into the FRPs during the winding process to enhance safety and performance in various industries. Advanced modeling, simulation, and machine learning techniques optimize the smart FRP vessel, reducing material usage by topological optimization. Experimental tests and machine learning algorithms for structural health monitoring validate the vessel’s performance, potentially revolutionizing hydrogen fuel storage with cost-effective, real-time monitoring. Our project could lower maintenance costs, improve safety, and create new market opportunities to transform the landscape of high-pressure vessel technology for a sustainable and efficient future