Projects

FAUSTO TUCCI Projects

5 Funded projects
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The project is focused on the achievement of the following objectives: a) Development of a better understanding of the adhesion mechanisms in cold spray process and individuate the most important parameters that influence the adhesion, with particular attention to the coating/substrate interface. b) Realize coatings by using different materials, biocompatible metals and ceramics, polymers and mixe
DepartmentDipartimento di Ingegneria Industriale/DIIN
Principal InvestigatorRUBINO FELICE (Project Coordinator)
FundingUniversity funds
FundersUniversità  degli Studi di SALERNO
Cost9.895,00 euro
Project duration25 November 2024 - 25 November 2027
Detail
The project is focused on the achievement of the following objectives:a) Development of a better understanding of the manufacturability of offline pre-impregnated tapes in fiber-reinforced thermoplastics by using the pultrusion process.b) Development of a pultrusion setup to:- Realize constant cross-section composite profiles in continuous fiber-reinforced thermoplastic by means of tape pultrus
DepartmentDipartimento di Ingegneria Industriale/DIIN
Principal InvestigatorTUCCI FAUSTO (Project Coordinator)
FundingUniversity funds
FundersUniversità  degli Studi di SALERNO
Cost8.520,00 euro
Project duration31 July 2023 - 31 July 2026
Detail
DepartmentDipartimento di Ingegneria Industriale/DIIN
Principal InvestigatorTUCCI FAUSTO (Collaborazione al Coordinatore)
CARLONE Pierpaolo (Project Coordinator)
PARODO GIANLUCA (Project Coordinator)
FundingUniversity funds
FundersUniversità  degli Studi di SALERNO
Cost6.040,00 euro
Project duration15 February 2021 - 30 September 2024
Detail
DepartmentDipartimento di Ingegneria Industriale/DIIN
Principal InvestigatorTUCCI FAUSTO (Project Coordinator)
FundingUniversity funds
FundersUniversità  degli Studi di SALERNO
Cost1.549,37 euro
Project duration31 October 2022 - 31 December 2023
Detail
The project is focused on the achievement of the following objectives:a) Development of a better understanding of mechanical properties and deformation mechanisms of composite textiles b) Development of a computational framework to: - predict the tool path and movement of the robots in order to achieve the correct shaping of the preform, avoiding defects such as wrinkling and spreading of the
DepartmentDipartimento di Ingegneria Industriale/DIIN
Principal InvestigatorCARLONE Pierpaolo (Project Coordinator)
FundingUniversity funds
FundersUniversità  degli Studi di SALERNO
Cost6.800,00 euro
Project duration18 May 2020 - 18 May 2023
Detail

  Data source U-GOV dal 1 Gennaio 2013