GUIDA, LUCA

GUIDA, LUCA  

DIPARTIMENTO DI CHIMICA, MATERIALI E INGEGNERIA CHIMICA "GIULIO NATTA"  

Mostra records
Risultati 1 - 14 di 14 (tempo di esecuzione: 0.019 secondi).
Titolo Data di pubblicazione Autori File
3D Printable Leather Scrap-Polymer Composite Materials in a Circular Economy Perspective 1-gen-2024 L. GuidaM. Levi +
3D-printable circular composites as sustainable leather alternative for the valorization of tanneries' solid waste 1-gen-2025 Venturelli G.Guida L.Mantero S.Petrini P.Levi M. +
3D-PRINTABLE COMPOSITE MATERIALS AS SUSTAINABLE ALTERNATIVES TO LEATHER FOR THE UPCYCLING OF LEATHER WASTE 1-gen-2024 G. VenturelliL. GuidaS. ManteroP. PetriniM. Levi +
3D-printable PVA-based inks filled with leather particle scraps for UV-assisted direct ink writing: Characterization and printability 1-gen-2025 Guida, LucaRomani, AlessiaCavallaro, MarcoLevi, Marinella +
Advancements in high-resolution 3D bioprinting: Exploring technological trends, bioinks and achieved resolutions 1-gen-2024 Guida L.Cavallaro M.Levi M.
Artificial Intelligence for Polymer Property Prediction: Estimating Solubility Parameters with Machine Learning 1-gen-2025 LUCA GUIDAMARINELLA LEVI +
Liquid Deposition Modeling for 3D printing of taylor-made micro and nano composites 1-gen-2022 L. GuidaM. Levi
MECHANICAL AND CHEMICAL RECYCLING OF LEATHER WASTE INTO COMPOSITES SUITABLE FOR DIVERSE 3D PRINTING TECHNIQUES 1-gen-2025 Giovanni VenturelliGuida LucaMantero SaraPetrini PaolaMarinella Levi
Production and characterization of hydrolyzed bacterial cellulose for extrusion-based 3D printing applications 1-gen-2024 G. VenturelliL. GuidaS. ManteroP. PetriniM. Levi +
SYNTHESIS AND CHARACTERIZATION OF A NOVEL SELF-HEALING AND SHAPE-MEMORY MATERIAL FOR 3D-BIOPRINTING 1-gen-2024 L. GuidaM. Levi +
Tailoring thermal conductivity and printability in boron nitride/epoxy nano- and micro-composites for material extrusion 3D printing 1-gen-2025 Bagatella, SimoneGuida, LucaScagnetti, GiacomoGariboldi, ElisabettaGalimberti, NadiaCavallaro, MarcoSuriano, RaffaellaLevi, Marinella +
Upcycling Leather Waste Through Zero-Waste Hydrolysis for Versatile 3D Printable Composites 1-gen-2025 Giovanni VenturelliLuca GuidaMarinella Levi
Upcycling of leather waste to produce versatile composites for different 3D printing techniques 1-gen-2025 GIOVANNI VENTURELLILUCA GUIDAMARINELLA LEVI
Valorizing scraps from the leather industry through additive manufacturing: Direct Ink Writing and nonplanar slicing for personalized products in the watch sector 1-gen-2024 A. RomaniL. GuidaM. Levi +