Researchers from the University of Cantabria forge an alliance with clinical specialists to translate strict material fatigue methodologies to living tissue, transforming the treatment of valvular and bone pathologies The laws of mechanics do not distinguish between the imposing structure of a viaduct and the intricate human anatomy. A femur

The University of Cantabria laboratory presents a methodology, developed with partners from the U.S. and Japan, to the ASTM world committee to mitigate the lack of physical data in long-term operation reactors The Laboratory of the Division of Materials Science and Engineering (LADICIM) of the University of Cantabria recently participated in the

The research, coordinated by CIEMAT, delves into the use of mini-CT specimens and Artificial Intelligence to characterize the integrity of the reactor pressure vessel in the face of the materials aging challenge Extending the useful life of nuclear power plants is not only a matter of energy strategy; it is,

In a consortium with SEAPLACE, IHCantabria, and UPM, the Cantabrian laboratory will lead the development of green and self-healing concretes to optimize the CROWN floating platform Europe’s race for energy decarbonization has ceased to be a promise and has become an industrial and technological necessity. With the goal of installing

ENTENTE, coordinated by CIEMAT, lays the groundwork for Materials Informatics to more accurately predict reactor vessel degradation and enhance the safety of its long-term operation In a world marked by the challenge of climate change and the need for low-carbon energy sources, nuclear power generation can play a fundamental role.

The University of Cantabria Laboratory advances in the development of predictive models for nuclear safety, offshore wind power, and the maintenance of high-performance railway infrastructure, transferring high-impact knowledge to the Cantabrian industry Artificial Intelligence (AI) stands as an effective and substantial tool to face the technological challenge posed by the

The GreenCosmos project, recognized in the UC Solutions 2025 call, proposes an innovative solution for the energy infrastructure of the future, combining security and a circular economy In a global landscape increasingly focused on safe and sustainable energy, the development of advanced materials for the next-generation nuclear industry is paramount.

The Laboratory and the construction company are working together to consolidate the use of recycled aggregates in civil engineering, in line with European regulatory requirements and the challenge of reducing the sector’s environmental footprint The Laboratory of the Division of Materials Science and Engineering (LADICIM) of the University of Cantabria