BELLANTONE, VINCENZO

BELLANTONE, VINCENZO  

Istituto di Sistemi e Tecnologie Industriali Intelligenti per il Manifatturiero Avanzato - STIIMA (ex ITIA)  

Mostra records
Risultati 1 - 20 di 60 (tempo di esecuzione: 0.047 secondi).
Titolo Data di pubblicazione Autore(i) File
Experimental Uncertainty Evaluation in Optical Measurements of Micro-Injection Molded Products 1-gen-2024 Bellantone, Vincenzo; Surace, Rossella; Fassi, Irene
How the Electrical Conductivity of Water Fluids Affects Micro-EDM in the Short-Pulse Regime 1-gen-2024 Marrocco, Valeria; Modica, Francesco; Bellantone, Vincenzo; Valori, Marcello; Fassi, Irene
Quality Definition in Micro Injection Molding Process by Means of Surface Characterization Parameters 1-gen-2022 Bellantone, Vincenzo; Surace, Rossella; Fassi, Irene
Design and Experimental Validation of a Process Chain for Thin Components Manufacturing by Micro Injection Molding Process 1-gen-2021 Vincenzo Bellantone; Fulvio Lavecchia; Rossella Surace; Onofrio Spadavecchia; Francesco Modica; Maria Grazia Guerra; Irene Fassi; Luigi Maria Galantucci
Injection vs micro-injection molding of nano-particle filled polyamide 6: Moldability and structuring 1-gen-2021 Surace, R; Pagano, C; Bellantone, V; Gatti, S; Castellani, L; Vighi, M; Stoclet, G; Sechi, S; Fassi, I; Baldi, F
Micro injection molding of thin cavities using stereolithography for mold fabrication 1-gen-2021 Surace, Rossella; Basile, Vito; Bellantone, Vincenzo; Modica, Francesco; Fassi, Irene
EXTREME - Innovative technologies for EXTREMely Efficient spark ignited engines 1-gen-2020 Trotta, Gianluca; Beatrice, Carlo; Ancona, Antonio; Fanelli, Fiorenza; Vaglieco, BIANCA MARIA; Modica, Francesco; Gaudiuso, Caterina; Marrocco, Valeria; Bellantone, Vincenzo; Negri, SIMONE PIO; Menegatti, Sandro; Spena, PIER RAFFAELE; Loiudice, Angela; Barone, Luana
Pulse-Type Influence on the Micro-EDM Milling Machinability of Si3N4-TiN Workpieces 1-gen-2020 Valeria Marrocco; Francesco Modica; Vincenzo Bellantone; Valentina Medri; Irene Fassi
Design and manufacture of thin cavities insert for micro injection molding process via stereolithography 1-gen-2019 Basile, Vito; Bellantone, Vincenzo; Surace Francesco Modica, Rossella; Fassi, Irene
Effect of cavity surface roughness and wettability on the filling flow in micro injection molding 1-gen-2019 Surace R.; Sorgato M.; Bellantone V.; Modica F.; Lucchetta G.; Fassi I.
MOLDING PARAMETERS DESIGN FOR MESO AND MICRO COMPONENTS USING POLYLACTIC ACID (PLA) 1-gen-2019 Surace, Rossella; Bellantone, Vincenzo; Fassi, Irene
Processability of reinforced Polyamide 6 (PA6) in manufacturing mini and micro molded parts 1-gen-2019 R. Surace; C. Pagano; V. Bellantone; F. Baldi; I. Fassi
Evaluation of mold roughness influence on injected thin micro-cavities 1-gen-2018 Bellantone, V; Surace, R; Modica, F; Fassi, I
Evaluation of mold surface roughness and wettability in micro injection molding of thin cavities 1-gen-2018 Bellantone, Vincenzo; Sorgato, Marco; Surace, Rossella; Modica, Francesco; Lucchetta, Giovanni; Fassi, Irene
Mechanical characterisation and replication quality analysis of micro-injected parts made of carbon nanotube/polyoxymethylene nanocomposites 1-gen-2018 Claudia Pagano;Rossella Surace;Vincenzo Bellantone;Francesco Baldi;Irene Fassi
Investigating the effect of mold surface roughness in thin-wall micro injection molding 1-gen-2017 M. Sorgato ; V. Bellantone ; R. Surace ; F. Modica ; I. Fassi ; G. Lucchetta
Micro-Injection Molding of CNT Nanocomposites Obtained via Compounding Process 1-gen-2017 Bongiorno, Alessandro; Pagano, Claudia; Baldi, Francesco; Bellantone, Vincenzo; Surace, Rossella; Fassi, Irene
Replicating capability investigation of micro features in injection moulding process 1-gen-2017 Surace R.; Bellantone V.; Trotta G.; Fassi I.
Design and fabrication of a polymeric microfilter for medical applications 1-gen-2016 Surace, R; Bellantone, V; Trotta, G; Basile, V; Modica, F; Fassi, I
Effect of surface roughness in micro injection moulding process of thin cavities 1-gen-2016 Bellantone V.; Modica F.; Surace R.; Fassi I.