Projects

Antonio SELLITTO Projects

11 Funded projects
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FONDI FINANZIAMENTO ATTIVITA' BASE RICERCA 2017
DepartmentDipartimento di Ingegneria Industriale/DIIN
Principal InvestigatorSELLITTO Antonio (Project Coordinator)
FundingFinanziamenti da bandi nazionali Ministeriali ed altri EEPP
FundersMIUR - MINISTERO DELL'ISTRUZIONE DELL'UNIVERSITA' E DELLA RICERCA
Cost3.000,00 euro
Project duration16 February 2018 - 1 February 2030
Detail
In the present research project we aim at deriving a brand new nonlinear and nonlocal thermodynamical model of heat transfer at nanoscale beyond the well-known Maxwell-Cattaneo theory. As a first step in this research, the compatibility of the proposed model with second law of thermodynamic will be proved in order to be sure that our model agrees with the basic tenets of continuum mechanics. Then
DepartmentDipartimento di Ingegneria Industriale/DIIN
Principal InvestigatorSELLITTO Antonio (Project Coordinator)
FundingUniversity funds
FundersUniversità  degli Studi di SALERNO
Cost5.035,37 euro
Project duration25 July 2022 - 25 July 2025
Detail
A model of nonlocal heat transfer at nanoscale in rigid bodies will be considered. Depending on the relevance of the particular interaction's mechanism between the heat carriers and the lateral walls, three different strategies for the setting of the boundary conditions will be analyzed, and the consequent forms of the basic fields have been obtained, as well. From the physical point of view, the
DepartmentDipartimento di Ingegneria Industriale/DIIN
Principal InvestigatorSELLITTO Antonio (Project Coordinator)
FundingUniversity funds
FundersUniversità  degli Studi di SALERNO
Cost3.450,00 euro
Project duration22 November 2021 - 22 November 2024
Detail
DepartmentDipartimento di Ingegneria Industriale/DIIN
Principal InvestigatorSELLITTO Antonio (Project Coordinator)
FundingUniversity funds
FundersUniversità  degli Studi di SALERNO
Cost3.330,00 euro
Project duration15 February 2021 - 30 September 2024
Detail
We studied thermal waves along nanowires to include the effects both of the surfaces and of nonlinearities. However, it could be useful to explore the effects of the heat boundary conditions in smooth- and rough-walled nanowires, as well as to consider the unsteady state characterized by a frequency-dependent temperature gradient. It will be also interesting to analyze whether Second Law is capabl
DepartmentDipartimento di Ingegneria Industriale/DIIN
Principal InvestigatorSELLITTO Antonio (Project Coordinator)
FundingUniversity funds
FundersUniversità  degli Studi di SALERNO
Cost4.140,17 euro
Project duration18 May 2020 - 18 May 2023
Detail
Motivated by recent developments regarding nonlocal integral functionals, as well as new models in machine learning, I want to address related questions by discussing homogeneous L^\infty-functionals inthe nonlocal setting. I want to show that weak* lower semicontinuity holds if and onlyif certain conditions are satisfied by the supremand (density of the L^\infty functional). I also expect that
DepartmentDipartimento di Ingegneria Industriale/DIIN
Principal InvestigatorSELLITTO Antonio (Project Coordinator)
ZAPPALE Elvira (Project Coordinator)
FundingUniversity funds
FundersUniversità  degli Studi di SALERNO
Cost3.000,00 euro
Project duration18 May 2020 - 18 May 2023
Detail
Grazie alla recente Teoria delle Deformazioni Strutturate (che si è recentemente sviluppata sia dal punto di vista della Meccanica del Continuo sia da quello del Calcolo delle Variazioni) ci si propone di ottenere un'analisi multiscala di materiali complessi, quali policristalli e materiali multifase, che catturi sia i contributi macroscopici dei cambiamenti geometrici regolari o meno, sia a livel
DepartmentDipartimento di Ingegneria Industriale/DIIN
Principal InvestigatorSELLITTO Antonio (Project Coordinator)
ZAPPALE Elvira (Project Coordinator)
FundingUniversity funds
FundersUniversità  degli Studi di SALERNO
Cost3.000,00 euro
Project duration11 March 2019 - 11 September 2022
Proroga11 settembre 2022
Detail
Functionally graded materials (FGMs) are composite materials with an inhomogeneous micromechanical structure. They are generally made of two components and, in contrast to traditional composites, are characterized by a compositional gradient from one component to the other.In the special case of heat-wave propagation in 3D FGMs we aim to study, in the framework of this project, the role played by
DepartmentDipartimento di Ingegneria Industriale/DIIN
Principal InvestigatorSELLITTO Antonio (Project Coordinator)
FundingUniversity funds
FundersUniversità  degli Studi di SALERNO
Cost3.500,00 euro
Project duration11 March 2019 - 10 March 2022
Detail
DepartmentDipartimento di Matematica/DIPMAT
Principal InvestigatorSELLITTO Antonio (Project Coordinator)
FundingFunds from other research activities
FundersISTITUTO NAZIONALE DI ALTA MATEMATICA "FRANCESCO SEVERI"
Cost2.000,00 euro
Project duration30 June 2018 - 30 June 2019
Detail
DepartmentDipartimento di Matematica/DIPMAT
Principal InvestigatorSELLITTO Antonio (Project Coordinator)
FundingFunds from other research activities
FundersISTITUTO NAZIONALE DI ALTA MATEMATICA "FRANCESCO SEVERI"
Cost500,00 euro
Project duration9 June 2017 - 31 December 2017
Detail
Contributo avvio attività di ricerca Sellitto Antonio
DepartmentDipartimento di Ingegneria Industriale/DIIN
Principal InvestigatorSELLITTO Antonio (Project Coordinator)
FundingUniversity funds
FundersUniversità  degli Studi di SALERNO
Cost1.549,37 euro
Project duration16 June 2016 - 15 July 2016
Detail

  Data source U-GOV dal 1 Gennaio 2013