UPCommons (Universitat Politècnica de Catalunya)
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Resum d'activitats CISOL-Centre d'Investigació Solar ETSAV 2005-2025
No full textEl CISOL, ubicat al Centre de Recerca i Transferència de Tecnologia (CRITT) es una iniciativa per la promoció de l'arquitectura sostenible i les energies renovables a l’Escola d'Arquitectura del Vallès (ETSAV) de la UPC, centrat en la col·laboració universitat - empresa. Les seves activitats inclouen el desenvolupament d'iniciatives docents i de recerca en l'àmbit de les tecnologies solars i l'arquitectura solar, com l'execució de projectes de transferència de tecnologia, la participació en el Solar Decathlon Europe, la consultoria i projectes de recerca internacional.Preprin
Optimización de resinas compuestas por fosfato de calcio para impresión DLP de injertos óseos
No full textIncomin
Direct Ink Writing of cobalt-zirconia monoliths for catalytic applications: a novel single-step fabrication approach
Get PDFAdditive manufacturing technologies are revolutionizing the fabrication of ceramic catalysts through hierarchical design to enhance catalytic performance and simultaneously improving the efficiency of the manufacturing process by decreasing the initial investment and production steps. This work proposes a fabrication process of cobalt-zirconia monoliths based on Direct-Ink Writing of Co-enriched hydrogel-based ceramic inks, and the debinding and sintering at 600ºC in a single thermal treatment. The effect of Co precursor amount (3.0¿-7.0¿wt% Co) on the rheological properties of inks and the catalytic performance in ethanol steam reforming is investigated. The results reveal the successful incorporation of Co into rectilinear monoliths with 50¿% infill, obtaining strongly Co-rich surfaces. The remarkable catalytic performance of the 5.0¿wt% Co monolith at 300–600ºC confirms the feasibility of this novel single-step approach, reaching an appropriate balance between catalytic activity and printability. This outcome may represent a push towards the fabrication of fully 3D-printed monolithic catalysts.Peer ReviewedPostprint (published version
SESAR 3 ER 2 STEPLESS D3.1 - ATM Validation Plan
No full textD3.1 "ATM Validation Plan" defines the framework for validating the STEPLESS solution from an ATM perspective. It defines structured procedures, scenarios, and evaluation methods to assess the solution's performance, adaptability, and integration into real-world ATM operations, ensuring its
effectiveness in addressing operational challenges and environmental goals.Preprin
