Actividades

Resumen: El seminario presenta el concepto de materia estructurada para sensado avanzado, donde el diseño de meta-átomos permite controlar propiedades ópticas, mecánicas y electromagnéticas de materiales artificiales. Se exploran también ondas estructuradas como grado adicional de libertad para mejorar la

La defensa de la tesis doctoral se llevará a cabo en la «ETSI Industriales UPM – Aula 15». La disertación «4D printed Nitinol metamaterials: from algorithmic design of textile-based soft-stiff architectures towards next generation medical implants». Ha sido asesorada

Resumen: El seminario explora la relación entre microestructura, mecanismos de deformación y comportamiento mecánico en distintos sistemas metálicos. Se abordarán procesos como el movimiento de dislocaciones, fallas de apilamiento, maclado y evolución de defectos en aleaciones de magnesio, bronces, aceros

This time, Julia Lyubina from Evonik will discuss how a global specialty chemicals company like Evonik turns scientific insight into sustainable industrial solutions. Abstract: In this talk, Julia Lyubina will discuss how a global specialty chemicals company such as Evonik

Resumen: He will present a general result concerning flexural wave propagation in periodic layered beams (waveguides), valid for any number of layers in the unit cell, no matter either the material properties or the cross-section geometry. Beginning with propagation of

Resumen:  El seminario abordará el problema del agrietamiento por hidrógeno en níquel y aleaciones de níquel. Se presentarán dos experimentos recientes que cuestionan el mecanismo HELP y apoyan un mecanismo tipo HEDE asociado a la formación de hidruros metastables de

La defensa de la tesis doctoral se llevará a cabo en la «Sala Torres Quevedo de la Escuela de Ingenieros de Caminos, Canales y Puertos de la UPM». La disertación «Deformation and crack initiation mechanisms under low-cycle fatigue in Ni-based

Resumen:  The reusing of metal powders, along with debinding and sintering, is a critical process in additivemanufacturing using Binder Jetting (BJ) technology. The main purpose of this work is to analyzeand optimize the BJ additive manufacturing process for stainless steels,

Resumen: This work develops a novel physical simulation approach using the GLEEBLE thermo-mechanical simulator to replicate additive manufacturing thermal conditions in a controlled laboratory environment. By reproducing the rapid solidification and thermal cycling characteristic of Laser Powder Bed Fusion and

Resumen: The macroscopic properties of advanced materials emerge from the collective behaviour of grains, subgrains, dislocations, and phase domains across length scales from nanometres to millimeters. Resolving how these structures interact inside bulk matter is central to understanding and controlling

Resumen:  High-performance steels require alloying elements such as Ni, Mo, Ti, and Co to achieve their characteristic strength-ductility balance. However, these elements are considered critical due to their cost, scarcity, and environmental impact. An alternative approach is the use of

Bibliografía: Dr. Rubén Pérez-Mañanes es cirujano ortopédico oncológico en el Hospital General Universitario Gregorio Marañón, subdirector del Instituto de Investigación Sanitaria (IiSGM) y profesor asociado de la Universidad Complutense de Madrid. Desarrolla su actividad en el CSUR (Centros, Servicios y

El Instituto IMDEA Materials dará la bienvenida a los futuros candidatos a doctorado en nuestro Día Anual de Puertas Abiertas para Doctorados, que se llevará a cabo en línea el miércoles 15 de abril. Este evento ofrece a los estudiantes

Resumen:  Crystal plasticity (CP) are well-established models, used, e.g., in scale-bridging applications to obtainmicrostructure-sensitive mechanical response of polycrystalline materials. These models require a properconsideration of the single crystal deformation mechanisms, a representative description of the microstructure, andan appropriate scheme to

Resumen:  The numerical simulation of the mechanical behavior of complex materials and systems remains a significant engineering challenge. Despite advances in computer architecture, multiscale modeling and machine learning, most complex simulations of materials use a constitutive model at its core.

On Friday 6th of March, 10:30, Marcos Rodriguez will defend his doctoral thesis entitled “Laser powder bed fusion of soft magnetic metallic glasses. A fundamental study on the interplay between processing conditions, defects, microstructure and properties.” The PhD defence will

Abstract: Early-stage scientific breakthroughs rarely fail because of weak science; they do so because the path from lab to venture is not structured early enough. In this session, Maria Sansigre will address both sides of the equation: what investors look

La defensa de la tesis doctoral se llevará a cabo en la Sala de Vídeo 3.S1.08, Edificio Biblioteca Rey Pastor. La disertación «Additive Manufacturing of Functionally Graded Materials: Insights from Advanced Characterization and Computational Thermodynamics» ha sido asesorada por el