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Seminar of Dr. Christian Leinenbach from EMPA (Swiss Federal Laboratories for Materials Science & Technology), in Zurich, entitle “Microstructure control during laser additive manufacturing – what possibilities do we have?” – At 15:30 pm, in the Seminar Room

Abstract: During the last couple years, laser-based additive manufacturing (AM) technologies such as laser powder bed fusion (LPBF) and directed energy deposition (DED) have evolved from a mere prototyping technology to a real production technology that allow building parts with intricate 3D

Public information request

In case you do not find the information you are looking for in the Transparency Portal, you can present your information request by email (transparencia.materiales@imdea.org) or through postal mail to the following address:Fundación Imdea MaterialesTecnogetafeC/Eric Kandel 228906 GetafeMadrid

Public tenders

(Update on 9th March 2018)We provide the necessary information to contract with IMDEA Materials Foundation. From this page you can access the information concerning the requirements to attend the onerous contracts.That information is governed by Ley 9/2017, de 8 de noviembre, de Contratos del Sector

Economic & statistical information

PresupuestosBudget 2022Budget execution 2022Budget 2023InformesAudit Report and Annual Accounts 2022Statistical dataHeritage * Information available only in Spanish

(NABISCO) INTEGRATION OF CARBON NANOTUBE FIBRES IN STRUCTURAL COMPOSITES

Funding: China Scholarship CouncilRegion: InternationalProject period: 2016 – 2020Principal Investigator: Drs. Juan José Vilatela(juanjose.vilatela@imdea.org) and Carlos González(carlosdaniel.gonzalez@imdea.org)This project deals with the development of strategies to integrate macroscopic fibres and

(HIPREP) HIGH PERFORMANCE REINFORCED FIRE-RETARDANT POLYMERS

Funding: China Scholarship CouncilRegion: InternationalProject period: 2015 – 2019Principal Investigator: Dr. De-Yi Wang (deyiwang@imdea.org)The objective of this investigation is to develop high performance reinforced fire-retardant polymers via special molecular design, chemical functionalization

Seminar of Dr. Lorenzo Malerba, from CIEMAT, entitle “On the radiation-induced origin of hardening and embrittlement in nuclear steels” – At 12:30 pm, in the Seminar Room

Abstract: Predicting the changes in macroscopic properties of steels subjected to irradiation is key for the improved and long term safety of nuclear power plants. Because of the inherent complexity of the processes involved, this is a long-lasting challenge for nuclear materials science.

Transversal training

Besides on-the-job technical training, IMDEA Materials Institute is committed to train the Institute’s staff in “soft” or transversal skills. Those competences are relevant to a broad range of occupations and sectors (academic research or teaching career, specialization in a given field or a career

First Year Assessment of Qi Wang, entitle “Design and preparation of nanocarbon/epoxy nanocomposites with advanced flame retardancy and mechanical performance” – In the Seminar Room at 12:00 pm

Abstract: Efforts were paid to obtain nanocarbon/epoxy composites with advanced flame retardancy and mechanical performance, and try to understand the mechanisms. In the first part of the work, when 20 wt% ammonium polyphosphate (APP) in the chosen flame-retardant APP/epoxy composite was replaced

Seminar of Prof. Kostas Danas, from The Ecole Polytechnique (Paris), entitle “Microstructured Magnetorheological Elastomers and Instabilities” -At 12:00 pm in the Seminar Room

Absract: Magnetorheological elastomers (MREs) are ferromagnetic particle impregnated rubbers whose mechanical properties are altered by the application of external magnetic fields. In addition, these composite materials can deform at very large strains due to the presence of the soft polymeric

First Year Assessment of Richard Schaeufele, entitle “Synthesis and Characterisation of Inorganic Nanowires and their Assembly into Macroscopic Structures” – In the Seminar Room at 12:00 pm

Abstract: SiNWs, which are rod-like structures with diameters between 1-100nm and lengths of up to several tenths of micrometers, are an auspicious approach to enhance solar cells, thermoelectric devices and energy storage devices. Their extremely high aspect ratio (classifi ed as 1D material)

The work “Deformation Mechanism Map of Cu/Nb Nanoscale Metallic Multilayers as a Function of Temperature and Layer Thickness”, done by some of our researchers, has been elected as best paper in structural materials for year 2018 by JOM journal.

IMDEA Materials Institute has received a new award. This time, an article signed by some of its scientists has been chosen as the best published in the international JOM magazine. JOM magazine is the communication organ of the TMS, The Minerals, Metals & Materials Society, professional and

Alumni Newsletter Nº2

Prof. Teresa Pérez Prado appointed as new Deputy Director «IMDEA Materials has provided a unique opportunity both to mature as a scientist as well as to contribute to the creation and growth of a research institute in Spain» Dr. Pérez-Prado was born in Asturias, Spain. She completed an MSc

First Year Assessment of Abdumalik Yusuf, entitle “Study of the influence of phosphorus based flame retardants on the flammability, thermal and electrochemical properties of gel polymer electrolytes” – In the Seminar Room at 12:00 pm

Abstract Today, almost every portable device is powered by a lithium ion battery. Despite the wide use of lithium ion batteries, they suffer from serious safety issues. Gel polymer electrolytes (GPEs) are one of the most promising candidates to solve safety issues such as fire and liquid

IMDEA Material’s Public tenders

(Update on 9th March 2018)We provide the necessary information to contract with IMDEA Materials Foundation. From this page you can access the information concerning the requirements to attend the onerous contracts.That information is governed by Ley 9/2017, de 8 de noviembre, de Contratos del Sector

Disclaimer

The purpose of this Disclaimer is to advise IMDEA Web Site users of the terms of access, browsing and use that shall apply as they navigate the site. This Web Site has been adapted to comply with the Spanish regulation governing the Information Society Service, protection of personal data,

Accesibility

In the development of the www.imdea.org web site, several measures have been taken in order to ensure the accessibility of the site. Specifically, the accessibility guidelines corresponding to the AA level checkpoints (priority 1 and 2 of the standard UNE 139803:2004 on Accessibility in Web

Privacy Policy

Privacy policy The purpose of this “Privacy Policy” is to advise users of the general terms and conditions governing the collection and treatment of personal data by IMDEA Materials Institute.In accordance with REGULATION (EU) 2016 / 679 OF THE EUROPEAN PARLIAMENT AND OF THE COUNCIL of 27 april

Rosa María Bazán

Position: HR Manager Address: IMDEA Materials, C/ Eric Kandel, 2, Tecnogetafe, 28906 Getafe Madrid - Spain E-mail: rosa.bazan@imdea.org Phone: +34 91 549 34 22 Fax: +34 91 550 30 47

Publications

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Mar García

Position: Financial Manager E-mail: mar.garcia@imdea.org

Miguel Angel Rodiel

Education: M.Sc. in Chemistry, University of Valencia, Spain / Master in Innovation Management, Technical University of Madrid, Spain Address: IMDEA Materials, C/ Eric Kandel, 2, Tecnogetafe, 28906 Getafe, Madrid - España Email: miguel.angel.rodiel(at)imdea.org Phone: +34 91 549 34 22 Miguel

Dr. Germán Infante

Position: Head of Technology Transfer and Pre-award PhD: Autonomous University of Madrid, Spain Address: IMDEA Materials, C/ Eric Kandel, 2, Tecnogetafe, 28906 Getafe, Madrid - Spain E-mail: german.infante@imdea.org Phone: +34 91 549 34 22 Fax: +34 91 550 30 47 Short Bio Dr. Germán Infante

New grant from the European Research Council

Ruben Costa, head of the research group on Hybrid Optoelectronic Materials and Devices, has been awarded a Consolidator grant by the European Research Council. These grants allow ambitious top scientists to establish or strengthen their teams in Europe and be truly creative in their research. Ruben

First Year Assessment of Donfeng Shi , entitle “Influence of alloying additions on the deformation mechanisms of Mg-X binary alloys” – In the Seminar Room at 12:00 pm

Abstract Magnesium is an attractive metal for various technological applications due to its low density (23% of steel and 66% of aluminum) and availability. Applications of magnesium in the automotive and aerospace industries aim for weight reduction and enhanced fuel efficiency. However,

Jon Molina

RESEARCH INTERESTS ACADEMIC CAREER HONORS AND AWARDS His research interest lays on the broad subject of Mechanical Properties of Thin-films, Nanocomposites and Interfaces, including the processing of a wide range of tribological

3rd edition of the IMDEA Materials´ Innovation Award

The 3rd edition of the IMDEA Materials´ Innovation Awards was held the 28th of November in the Auditorium of its facilities. Each of the 5 candidatures had the chance to give a 10 minutes presentation to explain/defend, in front of the evaluation panel and rest of  IMDEA´s employees, why their

Javier Llorca

Research Interests ACADEMIC CAREER HONORS AND AWARDS COMMITTEES AND PROFESSIONAL ACTIVITIES His research interests are focused in the development of new materials for engineering applications in transport, energy and health. The processing-structure-properties relationships of materials

Ignacio Romero

RESEARCH INTERESTS ACADEMIC CAREER HONORS AND AWARDS His research deals with numerical methods for nonlinear mechanics of solids, fluids, and structures. More specifically, he has developed time integration methods for Hamiltonian and coupled problems, models and numerical methods for

María Teresa Pérez Prado

RESEARCH INTERESTS ACADEMIC CAREER HONORS AND AWARDS COMMITTEES AND PROFESSIONAL ACTIVITIES Dr. Pérez-Prado´s expertise consists on linking the composition, processing, microstructure, and properties of metals to optimize alloy design for advanced manufacturing, sustainable transport,

Maciej Haranczyk

RESEARCH INTERESTS ACADEMIC CAREER HONORS AND AWARDS His research interests are focused on the development and applications of novel methodology aiding material discovery.  His work effectively combines materials informatics approaches with traditional computational material science

Javier Segurado

RESEARCH INTERESTS ACADEMIC CAREER HONORS AND AWARDS His research activities are focused on the simulation of the mechanical behavior of materials at different length scales and the coupling of these scales using multiscale approaches. He has worked on composites, metals, lattice-based

Juan José Vilatela

RESEARCH INTERESTS ACADEMIC CAREER HONORS AND AWARDS His group’s work is focused on the development of macroscopic materials made up of nanobuilding blocks in a way that the unique properties at the nanoscale are preserved through the assembly process and a new generation of

De-Yi Wang

RESEARCH INTERESTS ACADEMIC CAREER HONORS AND AWARDS COMMITTEES AND PROFESSIONAL ACTIVITIES Dr. De-Yi Wang’s research activities focus on application-oriented fundamental problems and novel technologies in multifunctional nanomaterials, eco-benign fire retardants with high effectiveness,

Federico Sket

RESEARCH INTERESTS ACADEMIC CAREER HONORS AND AWARDS COMMITTEES AND PROFESSIONAL ACTIVITIES Dr. Sket research activities within the multiscale characterization of materials and processes has been focused in the

Damien Tourret

RESEARCH INTERESTS ACADEMIC CAREER HONORS AND AWARDS PROFESSIONAL SERVICE His main research interests revolve around linking materials processing routes to microstructures and properties, with a particular emphasis on multi-scale modelling of solidification and phase transformations in

Jennifer Patterson

RESEARCH INTERESTS ACADEMIC CAREER HONORS AND AWARDS COMMITTEES AND PROFESSIONAL ACTIVITIES Dr. Patterson’s research activities and interests include (1) the synthesis of novel biomaterials, with a particular focus on hydrogels; (2) processing of biomaterials into complex 3D structures;

New bioresorbable materials for implant applications

Our Institute has started a new research line on novel bioresorbable materials for implant applications (see related news in Spanish). This work will be initially supported by the BIOIMPLANT project (funded by the European Union under the Marie Skłodowska-Curie Actions Innovative Training Networks).

Functional properties

Functional properties Fire resistance • Rapid laboratory scale tests for screening (micro-scale combustion calorimetry and oxygen index). • Dual cone calorimetry and UL94 Horizonal/Vertical Flame Chamber. Thermal • DSC, TGA and Hot Disk Thermal Conductivity analyse. Thermal

Simulation

Simulation • Simulation techniques at different scales (electronic, atomistic, mesoscopic and continuum) to design or improve materials and components by means of virtual testing and virtual processing.• High-performance computer cluster (600+ Intel Xeon CPU cores and

Mechanical properties

Mechanical properties Mechanical testing of a wide range of materials, using electromechanical and hydraulic machines (quasi-static,dynamic, fracture and fatigue testing in a wide range of temperatures).• Characterisation of mechanical properties at multiple length scales,

Microstructural and chemical characterisation

Microstructural and chemical characterisation • 3D microscopy at different length-scales, including X-ray tomography, 3D-SEM, 3D-EDS and 3D-EBSD in the FIB and3D-TEM and 3D-EDS in the TEM.• In-situ mechanical testing of mininaturised samples in the X-ray tomography system

The bests in China, also the bests in Spain

Dr. Xiaomin Zhao and Dr. Lingwei Yang have received the award to the best Doctoral Thesis at the Technical University of Madrid (UPM) in the academic year 2016-2017. The Doctoral Thesis of Dr. Zhao was defended in the Chemical Engineering Program and was co-supervised by Dr. D.-Y. Wang and Prof. J.

First Year Assessment of Mostafa Barzegar, entitle “Multiscale Computational Mechanics of Hybrid & Non-hybrid Composites” – In the Seminar Room at 11:00 pm

Abstract: This study aims to increase the understanding of the tensile failure of unidirectional hybrid and non-hybrid composite when subjected to tensile loadings. To achieve this goal several models with increasing complexity have been developed and implemented and the effects of tensile loading

First Year Assessment de Xaquín Rodiles titulado “Molecular and chirality control of CNTs synthesized via FCCVD process”– En la Sala de Seminarios a las 12:00 hr

 ABSTRACT  Carbon nanotubes (CNTs) have been a focus of nanomaterial research over the past two decades, due to their wide range of potential applications. In recent years, studies have shown a high degree of molecular control of CNTs in terms of number of layer, morphology and alignment, as well

Synthesis, processing and integration of material

Synthesis, processing and integration of material Metallic alloys• Bulk processing techniques: casting by induction and arc melting, as well as a Gleeble physical simulator, furnished with fixtures suitable for rolling, extrusion, torsion, sintering, welding, and rapid

Damien Tourret

«Dendritic microstructures are present in nearly every piece of metal around us» Damien Tourret received an MSc in Mechanical Engineering from INSA Toulouse (France) in 2006 and a PhD in Materials Science & Engineering from École des Mines de Paris (Mines ParisTech, France) in 2009. Before

First Year Assessment of Clara Galera, entitle “Additive manufacturing of high strength aluminum alloys with ZrH2 addition” – In the Seminar Room at 12:00 pm

Abstract Additive manufacturing (AM) is a layer by layer process that has the potential to disrupt traditional fabrication methods. It allows fast manufacturing of three dimensional pieces from metallic powders, with great exibility of design, potential for weight reduction, fast production speed

First Year Assessment of Alejandro Rodríguez, entitle “Analysis of the nucleation and growth mechanisms of fatigue cracks in Ni-based superalloys” – In the Seminar Room at 4:30 pm

Abstract: Ni-based superalloys play an extremely important role in the aerospace industry due to their outstanding strength and chemical stability at high temperature. Most demanded components employed in jet engines are manufactured with these novel materials. Several statistical studies confirm

External use of X-Ray Tomograph PHOENIX

DESCRIPTION OF THE EQUIPMENTGE (Phoenix) Nanotom 160 kV with a Hamamatsu 7942-25SK detector (2K x 2K) and tungsten and molybdenum targets, with a nanofocus X-ray source. This equipment is capable of both radiography (RX) and computed tomography (XCT) modes.Attainable resolution varies between <1

First Year Assessment of Cristina Gutierrez, entitle “Third generation γ-TiAl alloys for greener turbines: heat treatment and microstructure characterization” – In the Seminar Room at 12:00 pm

ABSTRACT The previous design of engines used for commercial aircrafts fan and turbine were driven with same shaft; new geared engines decouple fan and the low pressure turbine increasing angular velocity, and also centrifugal forces, so a change from conventional superalloy blades to lighter ones

First Year Assessment of Carmen Fernández, entitle “Rigid fluorescent protein coatings for highly efficient and stable bio-hybrid LEDs” – In the Seminar Room at 12:00 pm

Abstract Additive manufacturing (AM) is a layer by layer process that has the potential to disrupt traditional fabrication methods. It allows fast manufacturing of three dimensional pieces from metallic powders, with great exibility of design, potential for weight reduction, fast production speed

IMDEA Materials Institute Interview – Rocío Muñoz Moreno

Rocío Muñoz Moreno finished her joint PhD (IMDEA Materials and UCM III) in 2014. Then she joined the Cambridge University's Rolls-Royce UTC (University Technology Centre) as postdoc and currently, she is working in the HP 3D printing team in Barcelona as an R&D Materials System Integration

Arcadio Varona​

Arcadio Varona finished his PhD at IMDEA Materials in 2016, under the supervision of Ilchat Sabirov and Teresa Pérez Prado. Later on, he joined GRUPO ANTOLIN-EUROTRIM as quality engineer. Starting this interview, would you explain us how your scientific vocation born? When and why did you take the

Rocío Muñoz Moreno

Rocío Muñoz Moreno finished her joint PhD (IMDEA Materials and UCM III) in 2014. Then she joined the Cambridge University's Rolls-Royce UTC (University Technology Centre) as postdoc and currently, she is working in the HP 3D printing team in Barcelona as an R&D Materials System Integration

IMDEA Materials Institute Alumni Interview – Arcadio Varona​

Arcadio Varona finished his PhD at IMDEA Materials in 2016, under the supervision of Ilchat Sabirov and Teresa Pérez Prado. Later on, he joined GRUPO ANTOLIN-EUROTRIM as quality engineer. Starting this interview, would you explain us how your scientific vocation born? When and why did you take the

Integrated Computational Materials Engineering​

Main research lines Virtual materials design, including virtual processing and virtual testing Virtual material discovery for functional applications, through the use of DFT, cluster expansion and atomistic approaches combined with AI.Virtual processing: Integration of modelling

Multiscale Characterization of Materials and Processes

Main research lines Advanced material characterisation, including microstructural, chemical and crystallographic information across several length scales and using different techniques Multiscale characterisation with optical and electron microscopy, X-rays, atom force microscopy,

Advanced Manufacturing

Main research lines Industry 4.0  Virtual testing of structural composites. Analysis of the effect of manufacturing defects on structural performance.Virtual processing of structural composites including hot-forming and out-of-autoclave (injection, infusion, compression moulding).

(OPTIQPAP) OPTIMIZATION OF QP STEELS DESIGNED FOR INDUSTRIAL APPLICATIONS

The Project Commercialization of the Quenched and Partitioned (Q&P) steels to a large extent is currently limited by the lack of knowledge on their application related performance properties. The OptiQPAP project (Optimization of QP steels designed for industrial applications) addresses

(STEM) STRUCTURAL ENERGY HARVESTING COMPOSITE MATERIALS

Structural energy harvesting composite materials     ​Funding: European Union, Horizon 2020 Programme (Grant Agreement 678565). ERC Starting grantRegion: EuropeProject period: 2016 – 2021Principal Investigator: Dr. Juan José Vilatela (juanjose.vilatela@imdea.org)The purpose of this project is the

(ADVANSEAT) MODULAR CONCEPT FOR ULTRALIGH REMOVABLE ADVANCED CAR SEAT

Funding: Centre for Industrial Technological Development (CDTI, CIEN programme), Spanish Ministry of Economy and Competitiveness and Grupo AntolínPartners: National consortium led by Grupo Antolín. IMDEA Materials Institute collaborates with Grupo AntolínRegion: SpainProject period: 2015 –

(ONLINE-RTM) ONLINE NDT RTM INSPECTION IN COMPOSITES

Funding: AIRBUS Operations S.L. and CDTI (CIEN 2014 programme) Region: Spain Project period: 2014 – 2017 Principal Investigator: Dr. Carlos González (carlosdaniel.gonzalez@imdea.org) ONLINE-RTM is a research collaboration between IMDEA Materials and AIRBUS Operations aiming at analysing sensor

(DIMMAT) MULTISCALE DESIGN OF ADVANCED MATERIALS

Funding: Regional Government of MadridPartners: IMDEA Materials Institute (Project Coordinator), National Centre for Metals Research (CSIC), Materials Science Institute of Madrid (CSIC), Institute For Nuclear Fusion of the Technical University of Madrid, Technical University of Madrid, Carlos III

(ITER PCRS) STRUCTURAL ANALYSIS OF THE ITER PRE-COMPRESSION RINGS

Funding Organization: EADS CASA Espacio / F4E Region: International​ Project Period: 2012 – 2017 Principal Investigator: Dr.Carlos González Contact: carlosdaniel.gonzalez@imdea.org ITER (acronym of International Thermonuclear Experimental Reactor) is an international nuclear fusion research

(ENERYARN) NANOSTRUCTURED YARN COMPOSITES FOR STRUCTURAL ENERGY STORAGE

Funding: European Union, Marie Skłodowska-Curie Individual Fellowships, Horizon 2020 Programme (Grant Agreement 797176) Partners: IMDEA Materials Institute Project period: 2018 – 2020 Project Coordinador: Supervisor: Dr. Juan José Vilatela (juanjose.vilatela@imdea.org); Fellow: Anastasiia

(ELAM) ULTRAFINE EUTECTICS BY LASER ADDITIVE MANUFACTURING

Funding: Ministerio de Ciencia e Innovación. M-ERA.NET Partners: DLR Institute of Materials Research (Project Coordinator), IMDEA Materials Institute, Fraunhofer Gesellschaft Zur Foerderung Der Angewandten Forschung E.V, Access e.v., Wigner Research Center for Physics, Procter & Gamble

(MAVIS) NEW MATERIAL SOLUTIIONS FOR THE OPTIMIZATION OF AC ROOF UNITS

Funding: Sanz ClimaRegion: SpainProject period: 2017 – 2018Principal Investigator: Dr. De-Yi Wang (deyi.wang@imdea.org)The principal aim of this project is to find new material solutions as an alternative to polyester/GF composites for climate components in vehicles. These solutions should fulfil at

(MICROMECH II) MICROSTRUCTURE BASED MATERIAL MECHANICAL MODEL FOR SUPERALLOYS

Funding: Industria de Turbopropulsores S.A.Region: SpainProject period: 2017 – 2019Principal Investigator: Dr. Javier Segurado (javier.segurado@imdea.org)The MICROMECH II project is the follow up of the Clean Sky MICROMECH project and is focused on the development of more elaborated micromechanical

(SORCERER) STRUCTURAL POWER COMPOSITES FOR FUTURE CIVIL AIRCRAFT

 Funding: European Union, Clean Sky Joint Undertaking 2, Horizon 2020 Programme (Grant Agreement 738085)Partners: Imperial College (Project Coordinator), Chalmers University of Technology, KTH Royal Institute of Technology and IMDEA Materials InstituteRegion: EuropeProject period: 2017 –

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