Ricerca

Daylight curable blends for advanced Additive Manufacturing, Chemical Engineering for Industrial Sustainability (DICAr, Unict)

Thermomechanical properties of composite polymers, Mechanical Engineering (DICAr, Unict)

Tooling for Composite by using additive manufacturing, Chemical Engineering for Industrial Sustainability (DICAr, Unict)

Study of Tooling for Additive Manufacturing, Mechanical Engineering (DICAr, Unict)

Additive Manufacturing of Hybrid ceramic/polymer system: Liquid Crystal Display (LCD) processing, Chemical Engineering for Industrial Sustainability (DICAr, Unict)

3D printing with filaments filled with 316L metal particles: mechanical and process characterization, Mechanical Engineering (DICAr, Unict)

Development of epoxy resins for application in LCD 3D printers, Mechanical Engineering (DICAr, Unict)

Thermomechanical characterization of thermoplastic resins obtained from chemical recycling of Connora epoxy resins filled with carbon fibers from pyrolysis, Mechanical Engineering (DICAr, Unict)

Study of composite materials made by FFF (Fused Filament Fabrication), Mechanical Engineering (DICAr, Unict)

Polymeric materials with high filler content for Additive Manufacturing, Mechanical Engineering (DICAr, Unict)

Study of screws produced in EBM for fixation of vertebral column stabilization prostheses, Mechanical Engineering (DICAr, Unict)

Additive manufacturing of bioinspired structures, Management Engineering (DICAr, Unict)

Development of innovative solutions for the manufacturing of tooling in additive manufacturing for composites production, Mechanical Engineering (DICAr, Unict)

Study of high-filled Polymeric formulations for Additive Manufacturing, Mechanical Engineering (DICAr, Unict)

3D Printed core materials for sandwich composite manufacturing, Mechanical Engineering (DICAr, Unict)

3D printing of hybrid polymeric/metallic filaments (H13, 316l), Mechanical Engineering (DICAr, Unict) 

3D printing of hybrid polymeric/ceramic filaments (Alumina, Zirconia), Mechanical Engineering (DICAr, Unict) 

3D Printing of H13 Green parts: Study of printing conditions effects, Mechanical Engineering (DICAr, Unict) 

Anticorrosion properties of 316L parts by Metal-FFF, Mechanical Engineering (DICAr, Unict) 

Development of Metal FFF for mechanical applications: mechanical properties and corrosion characterization, Mechanical Engineering -University of Porto (Erasmus at DICAr, Unict)

Electron Work Function (eWF) and Point of Zero Net Charge (PZNC) Correlation of Manganese Oxide Powders, Chemical Engineering for Industrial Sustainability (DICAr, Unict - University of Clausthal (Germany))

Study of production methods of composite materials with the aid of additive manufacturing techniques ,Mechanical Engineering (DICAr, Unict)

Development of recyclable composites for mass manufacturing, Mechanical Engineering (DICAr, Unict) 

Development of additive manufacturing techniques for heat dissipation devices, Mechanical Engineering (DICAr, Unict) 

Mechanical Performance and Recyclability of Hybrid Flax/Carbon Fiber Composites Manufactured by Vacuum Assisted Resin Infusion using Traditional and Fully Recyclable Epoxy Resins, Mechanical Engineering (DICAr, Unict) 

Green Manufacturing for Green Composites and Chemical Recycling, Mechanical Engineering (DICAr, Unict) (ongoing)

Study and Development of Ceramic parts obtained through Additive Manufacturing techniques, Mechanical Engineering (DICAr, Unict) (ongoing)

Innovative Materials for Metal Additive Manufacturing, Mechanical Engineering (DICAr, Unict) (ongoing)

Thermomechanical Characterization of  3D printed Copper, Mechanical Engineering (DICAr, Unict) (ongoing)

(2019-2022) UdR del Responsabile Locale (Prof. G. Cicala) del progetto PON PNR TecHnology And materials for safe Low consumption And low life cycle cost veSSels And crafts THALASSA (Prot. ARS01_00293, Costo Totale Unità 554.000,00 €)

(2019-2022) UdR del Coordinatore Nazionale (Prof. G. Cicala) del progetto PRIN Multiple Advanced Materials Manufactured by Additive technologies (MAMMA) (Prot. 20179SWLKA, Costo Congruo Totale 986.667,00 €)

(2016-2018) UdR del Responsabile di Unità Locale (Prof. G. Cicala) del progetto COMMAND (COMpositi per MANifattura aDditiva) finanziato sul Bando INSTM-Regione Lombardia;