New Materials Development and Technology (GIMAT)

This research line investigates the mechanisms of hydrogen-induced degradation and embrittlement in metallic materials used in the energy, petrochemical, and transportation industries. Its objective is to understand the mechanisms responsible for material deterioration and to develop strategies that enhance the reliability and structural integrity of materials exposed to aggressive environments.

This research line focuses on evaluating the electrochemical behavior and corrosion resistance of different materials using techniques such as electrochemical impedance spectroscopy and polarization resistance measurements. Its objective is to understand degradation mechanisms and contribute to the design of materials with enhanced durability.

This research line focuses on the development and characterization of materials for sustainable energy applications, including supercapacitors, electrodes, and other devices for energy storage and conversion. It also investigates the utilization of naturally derived raw materials and agro-industrial waste to produce functional materials.

This research line focuses on the design and development of biocompatible materials for biomedical applications, including scaffolds for bone tissue regeneration, bioactive coatings, and materials with mechanical properties similar to those of natural bone.

This research line aims to enhance the surface properties of metallic and ceramic materials through the development of functional coatings and surface engineering techniques, with applications in corrosion protection, wear resistance, and biomedical devices.

This research line focuses on the mechanical characterization, failure analysis, and performance evaluation of materials and components used in industrial applications. It includes studies on corrosion, fracture, mechanical strength, and the structural integrity assessment of pipelines, steels, and other structural systems.

This research line focuses on the development and characterization of adsorbent and photocatalytic materials for environmental applications, particularly in water treatment and the degradation of pollutants, through the use of sustainable and high-efficiency technologies.

This research line focuses on the development and processing of polymeric and composite materials derived from recycled polymers and natural fibers to produce high-performance, sustainable materials, including wood–plastic composites and other value-added products for applications in the construction, industrial, and environmental sectors.

This research line serves as a cross-cutting area within the group, focusing on the study of the processing–structure–property relationships of metallic, ceramic, polymeric, and composite materials, with the aim of developing solutions to technological challenges of regional and national importance. This research area is an integral part of the group’s strategic plan.