Activities

Abstract: This study introduces a Degradation-Actuated Sequential Distractor (DASD) for mandibular regeneration to reduce the high invasiveness of traditional hardware. The system combines a superelastic shape-memory Nitinol mesh with biodegradable WE43 magnesium components, converting chemical degradation into controlled, stepwise mechanical

Abstract Metallic devices are broadly employed as biomaterials, equating to 70-80% of implants globally, however, there is a critical need to develop devices with minimal failure rates with annual costs of revision surgeries estimated to be $1.62 billion in 2020. Additive

The talk will take place on 28 May, from 12:00 to 13:30, in the Auditorium. Abstract:Structural design is playing an increasingly prominent role in some of today’s most ambitious engineering challenges. Addressing these challenges requires the integration of material mechanics,

by Prof. Andrés Díaz Lantada Thursdays June 18th and June 25thIMDEA Materials Creative June is a training initiative consisting of two creativity and innovation workshops focused on advanced materials, problem-solving methodologies, and the use of generative artificial intelligence in materials

Abstract: In this talk, Prof. Bergmann introduces the Christian Doppler Laboratory for Structured Matter-Based Sensing, a joint initiative of TU Graz and the University of Graz (with Prof. Peter Banzer), in collaboration with industry partners voestalpine, Infineon, ams OSRAM, and

The PhD defence will take place in “Salón de Grados del Auditorio de la UC3M, campus de Leganés” How to get there:https://www.uc3m.es/campus-leganes The dissertation is titled “Laser Powder Bed Fusion of Fe-Based Metallic Glasses: Harnessing Energy-Savings through Process-Structure-Property Correlations”. It

The PhD defence will take place in “ETSI Industriales UPM – Aula 15”. The dissertation is titled “4D printed Nitinol metamaterials: from algorithmic design of textile-based soft-stiff architectures towards next generation medical implants”. It has been advised by Andrés Díaz

Abstract: The seminar explores the relationship between microstructure, deformation mechanisms, and mechanical behavior in a wide range of metallic systems. It covers dislocation motion, stacking faults, twinning, and defect evolution in magnesium alloys, nickel–aluminum–bronze, pipeline steels, and additively manufactured materials.

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

Abstract: 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

Abstract: Is it HELP or HEDE? This seminar discusses hydrogen embrittlement in Ni and Ni-based alloys. Two recent experiments suggest that the mechanism is not localized plasticity (HELP), but rather a decohesion-type mechanism (HEDE) linked to metastable nickel hydrides. Evidence

The PhD defence will take place in “Sala Torres Quevedo de la Escuela de Ingenieros de Caminos, Canales y Puertos de la UPM”. How to get there: Link del Google Maps.Calle del Prof. Aranguren, 3, C.P. 28040, Moncloa – Aravaca,

Abstract: 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

Biography: Isabel is a Physician, entrepreneur, and the founder and CEO of Biohope, a biotechnology company based in Madrid. She is a medical doctor with a PhD and extensive experience at the intersection of clinical medicine, translational research, and biomedical

Abstract: 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,

We have a great line up of national and international speakers that will give lectures about the following topics (please see the full program attached): • Powder technology, reuse, recycling.• Microstructure design by AM.• AM of ODS alloys, Ni-based superalloys,

Abstract: 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

Abstract: 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