Actividades

Seminario de Dr. Phuong Thuy, investigador postdoctoral de IMDEA Materiales, titulado: «Atomistic modeling and simulation method in Materials: Investigating MOFs membrane and Ionic liquids in supercapacitor». El día 7 de julio, a las 12:00 hr, en la sala de Seminarios.

Resumen, The structures of materials play a critical role in defining their unique properties and applications. In particular, the engineering of materials to enhance their performance or understand their defect, dislocation, impurity, or catalytic activity requires knowledge of atomistic-level structures.

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Seminario de David Tilve, del Centro de Investigación Paul Pascal –CNRS- (Francia), titulado: « Electrical Properties of Nanocarbon Based Composites 3d Printed by Digital Light Processing ». El día 10 de julio, a las 12:00 pm, en la sala de Seminarios.

Resumen: Digital Light Processing (DLP)[1] is an additive manufacturing technology based on a Vat photopolymerisation process. 3D objects are manufactured layer upon layer by projecting 2D light patterns onto a liquid photocurable resin. This fast and accurate process is usually

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Seminario del Dr. Alexandre Ponrouch, del Institut de Ciència de Materials de Barcelona – ICMAB-CSIC- (España), titulado: «Calcium Metal Anode Batteries: Status and recent progresses». El día 11 de julio, a las 12:00 hr, en la sala de Seminarios.

Resumen: Various metals have been used as battery anodes in electrochemical cells ever since the birth of the batteries with Volta’s pile and in the first commercialized primary (Zn/MnO2, Leclanché 1866) and secondary (Pb/acid, Planté 1859) batteries. Li-MoS2 cells, employing

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Seminario del Prof. Peter W. Voorhees, de la Universidad Northwestern (Evanston, IL, EUA), titulado: «A Verified and Validated Model for Grain Structure Formation During Additive Manufacturing». El día 6 de julio, a las 12:00 hr, en el Auditorio.

Resumen: The morphology of grains produced during metal Additive Manufacturing (AM) can be very different from that given by conventional processing and is central to controlling the properties of the final build. In addition, the interfacial velocities and temperature gradients

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Seminario del Prof. José Manuel Torralba, Catedrático de Ciencia e Ingeniería de Materiales de la Universidad Carlos III de Madrid y Director del Instituto IMDEA Materiales, titulado «Pasado, presente y futuro de la metalurgia: hacia una metalurgia sostenible». El día 28 de junio, a las 12:00 hr, en la sala de Seminarios.

Resumen: ¿Qué papel ha jugado la metalurgia en el desarrollo tecnológico de nuestra civilización tal como la conocemos? ¿Cómo se vincula la metalurgia con las llamadas tecnologías verdes? ¿Cómo se relaciona la metalurgia con el desarrollo de nuevas formas de

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FYA de Marcos Rodríguez titulado: “Laser Powder Bed Fusion of a Soft Magnetic Bulk Metallic Glass for Energy-Saving Applications”. El día 19 de junio, a las 12:00 hr, en la sala de Seminarios.

Resumen: Fe-based soft magnetic bulk metallic glasses (BMGs) have shown unprecedented magnetization saturation and coercivity values and are thus envisioned as potential candidates to increase the efficiency of electromagnetic components. Laser powder bed fusion (LBPF) allows to manufacture relatively large

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Seminario del Prof. Yoji Shibutani, de la Universidad de Osaka (Japan), titulado: » How far the defect interaction between dislocation and GB affects the inside of grain?». El día 1 de septiembre, a las 12:00 hr, en la sala de Seminarios.

Resumen:The modeling of plastic deformation over the length scales has still been a challengeable problem. One of the most crucial defect interactions related to the plasticity is the reaction between the dislocation and GB, that is, GB strengthening of Hall-Petch

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Seminario de la Prof. Rocio Mercado, de la división de ciencia de datos e inteligencia artificial en la Universidad de Chalmers en Gotemburgo (Suecia), titulado: «Deep generative models for biomolecular engineering». El día 13 de junio, a las 12:00 hr, en la sala de Seminarios.

Abstract:AI is transforming our approach to molecular engineering. Driven by the goal of accelerating drug development, our aim is to develop AI-driven molecular engineering methods which will enhance our approach to biomolecular discovery, such as drug discovery, drug repurposing, and

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Seminario del Dr. Guangyin Yuan, de la Universidad Shanghai Jiao Tong, titulado: «Research & Development of biodegradable Mg-based vascular stent». El día 30 de junio, a las 10:30 hr, en la sala de Seminarios.

Resumen: Biodegradable magnesium-based stents (BMgS) present outstanding potential to revolutionize the treatment of coronary artery diseases, in which full recovery of arteries without long-term irritation of implants is anticipated for averting adverse events associated with the permanent stents. In this

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Seminario del Dr. Mark Flores, del Laboratorio de Investigación de la Fuerza Aérea, Wright-Patterson AFB (EUA), titulado: «Multiscale Performance Characterization of PMCs and AM-PMCs». El día 29 de mayo, a las 12:00 hr, en la sala de Seminarios.

Resumen: Developing a multiscale paradigm requires careful investigation of composite materials at the microscale. Experimental approaches that capture progressive damage of complex heterogeneous materials would enable a new understanding of failure phenomena. To further enhance our knowledge, a near-digital twin

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Seminario del Dr. Carlos Doñate, de la Universidad de Wuppertal, titulado: “Laser synthesized nanoparticles to enhance additive manufacturing materials: From ODS steels to plasmonic and magnetic polymers ”. El día 23 de junio, a las 12:00 hr, en la sala de Seminarios.

Abstract: Photonics, Nanotechnology and Advanced Materials are considered by the European Commission as key enabling technology due to the transcendental fields where these technologies have proved their capacity to provide solutions, as improved sensors, imaging and treatment in medicine, or

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Seminario de la Dra. Rebeca Hernández, del Instituto de Ciencia y Tecnología de Polímeros (CSIC), titulado: “Design of Polymer Hydrogels as Biomaterial Inks for 3d Extrusion Printing”. El día 28 de abril, a las 10:30 hr, en la sala de Seminarios.

Abstract: 3D extrusion printing has evolved as one of the most employed manufacturing techniques for the fabrication of polymer scaffolds for applications in tissue engineering. Within the context, the selection of the polymer hydrogel to be employed as biomaterial ink

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Seminario del Prof. Micah Green, de la Universidad Texas A & M, titulado: «Using Radio Frequency Fields for Heating, Curing, Welding, and 3D printing ». El día 12 de mayo, a las 12:00 hr, en la sala de Seminarios.

Resumen: Carbon nanomaterials show remarkable heating rates in response to applied radio frequency (RF) fields. We can now show that these responses may be generalized across a wide range of nanomaterial-loaded structures, including carbon nanotubes, carbon nanofibers, and laser-induced graphene.

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