3DPOSTPERFORM

Proyecto de Investigación
@icvcsic - @ColloidalProces
@La_UPM
@ciefma_upc

[A. Javier Sánchez @SanchezHerencia]

Our last paper @Materials_Mdpi "Design and Characterization of 3D Printed Auxetic PLA-HA Composite Scaffolds for Biomedical Application" https://t.co/6mnYL7Q8UB. We have been able to record impressive videos like this one https://t.co/O23sl1ayeT

[A. Javier Sánchez @SanchezHerencia]

Our study explores 3D-printed auxetic scaffolds made of PLA and PLA-40%HA for bone tissue engineering. Adding hydroxyapatite improved the wettability, stiffness, and wear resistance, while re-entrant auxetics showed remarkable mechanical retention after biodegradation in PBS.

[A. Javier Sánchez @SanchezHerencia]

This work with @begoferrari @AnaFrMr is a collaboration between @ColloidalProces @icvcsic @ciefma_upc and @cabinet_usthbhas
It has been supported by @AgEInves through the project @3DPOSTPERFORM

[Instituto de Cerámica y Vidrio ICV-CSIC @icvcsic]

🔬El grupo Tailoring through Colloidal Processing ha recibido la nueva impresora #PowerDIW de CIM UPC, financiada por la AEI (3DPOSTPERFORM)
🖨️Nos permitirá avanzar en la fabricación aditiva de compuestos metal‑cerámica y cerámicas bioactivas/electroactivas #AdditiveManufacturing

[Aida Martinez Barja @aidamb1500]

This week at @Nebrija presenting the progress of my PhD within the @3DPOSTPERFORM (@AgEInves) project.

[A. Javier Sánchez @SanchezHerencia]

Excelente presentación de @aidamb1500 en la jornada de jóvenes investigadores del @icvcsic. Bajar el contenido de metal en el carburo cementado y lograr su impresión por 3D y sintetizacion convencional son objetivos del @3DPOSTPERFORM financiado por @AgEInves. @ColloidalProces.

[Aida Martinez Barja @aidamb1500]

Happy to have shared some of my PhD advances at the XIX #ECerS2025 Conference in Dresden. Great experience exchanging ideas and receiving feedback from the ceramics community! #3DPOSTPERFORM

[A. Javier Sánchez @SanchezHerencia]

It presents the use of cathodic EPD to simultaneous
reduce and shape a colloidal dispersion of Graphene Oxide nanoflakes. This approach obtain
strongly active and adhered homogeneous thin coatings of ErGO for high-performance supercapacitor electrodes.

[A. Javier Sánchez @SanchezHerencia]

Glad to share with you our last accepted paper. "Simultaneous shaping and reduction of binder-free electrochemically reduced graphene oxide electrodes through cathodic electrophoretic deposition (EPD) - now published in Journal of Materials Chemistry A" https://t.co/clAzpvubar

[A. Javier Sánchez @SanchezHerencia]

The paper has been within the group Tailoring Through Colloidal Processing @ColloidalProces of the @icvcsic by @oxelurra @yd_joaquin @SanchezHerencia @begoferrari and is a part of the project @3DPOSTPERFORM funded by @AgEInves

[3DPOSTPERFORM @3DPOSTPERFORM]

@aidamb1500 🤩👏👏

[Aida Martinez Barja @aidamb1500]

Just published! 🚀 WC–Ni cemented carbides (<6 wt% Ni) with >96% densification via conventional sintering. Vickers indentation microstructural insights via SEM–EDX. #3DPOSTPERFORM #PhD #MaterialsScience
https://t.co/2WLBTOU8C9

[Aida Martinez Barja @aidamb1500]

🚀 I'm thrilled to share that my first Case Study has been published in @ANSYS Education Resources, as the winning project of the 2023 International Materials Selection Challenge!

https://t.co/Ycjo53UfN4

@La_UPM @caminosupm @jypastor