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ENTENTE, coordinated by CIEMAT, lays the groundwork for Materials Informatics to more accurately predict reactor vessel degradation and enhance the […]

The University of Cantabria Laboratory advances in the development of predictive models for nuclear safety, offshore wind power, and the

The GreenCosmos project, recognized in the UC Solutions 2025 call, proposes an innovative solution for the energy infrastructure of the

The Laboratory and the construction company are working together to consolidate the use of recycled aggregates in civil engineering, in

The ISOBARA project, in collaboration with SEAPLACE and IHCantabria, designs industrializable solutions to reduce costs in floating wind farms The

The Laboratory of the Division of Materials Science and Engineering has renewed its collaboration agreement with Patil Rail, one of

The Archaeometry and Heritage Unit has been collaborating for over 30 years with archaeologists and researchers to analyze historical artifacts

The research, which also involves IHCantabria and Seaplace, aims to standardize a concrete floating platform for offshore wind energy. The

The goal is to provide precise recommendations to optimize the design and execution of structures using recycled concrete, contributing to

Using convolutional neural networks, the new system identifies graphite morphology with high precision, overcoming the limitations of manual analysis and

The H2ALAM project investigates how to improve the strength and durability of this material by regulating the levels of the

The results obtained validate the effectiveness of miniature compact specimens for evaluating the fracture resistance of nuclear reactor pressure vessels,