The activities of the group relate with ceramic materials working under stringent conditions of diverse kind, such as high loads, high temperatures, corrosive atmospheres, friction and wearing conditions. These events are common in many technological systems as gas turbines and engines, spatial vehicles, fusion reactors, etc.
La UAM y el CSIC proponen una nueva solución tecnológica para el transporte y almacenamiento seguro de hidrógeno Un equipo formado por personal investigador la Universidad Autónoma de Madrid (UAM) y el Consejo Superior de Investigaciones Científicas (CSIC) ha...
TCG-ICV and UAM have developed “Hydroformic”, an innovative technology that allows the on-demand production of clean hydrogen, free from CO and CO2, from formic acid under ambient conditions (25°C and 1 atm). The key to this technology lies in the development...
GCT-ICV-CSIC has developed a method to manufacture more efficient thermal energy storage materials by infiltrating highly porous 3D printed ceramic structures with phase change materials. This technology can be easily transferred to a mass production and the developed materials can be...
Dr. C. Ramirez and Prof. M: I. Osendi are Guest Editors of the Special Issue Graphene-based Materials, Their Composites and Potential Applications, of Materials, deadline submisions 30 November 2020 More information
The team (TCG) has become a member of the Interdisciplinary Thematic Platforms of CSIC (PTI) for the development of additive manufacturing technologies (FAB3D, More information) and to provide the knowledge to drive the energy transition (TransEner +, More information)
