Massimo Poletto

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Indice H	37	26
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Diego BarlettaAssociate professor of Chemical Engineering, Department of Industrial Engineering, University ofEmail verificata su unisa.it
Giovanna FerrariUniversità di SalernoEmail verificata su unisa.it
Paola LettieriProfessor of Chemical Emgineering, UCLEmail verificata su ucl.ac.uk
Ernesto REVERCHONFull professor, Salerno UniversityEmail verificata su unisa.it
Aristide GiulianoENEA - DIPARTIMENTO TECNOLOGIE ENERGETICHEEmail verificata su enea.it
Riccardo ChironeDirettore, Istituto di Scienze e Tecnologie per l'Energia e la Mobilità SostenibiliEmail verificata su cnr.it
Domenico Macri'Research Associate in Chemical Engineering, University College LondonEmail verificata su ucl.ac.uk
Denis SchützAnton PaarEmail verificata su anton-paar.com
murat omer balabanAuckland UniversityEmail verificata su auckland.ac.nz
Francesco DONSI'Full professor, Department of Industrial Engineering, University of SalernoEmail verificata su unisa.it
Álvaro Ramírez-GómezFull Professor of Industrial Design at Universidad Politécnica de MadridEmail verificata su upm.es
James J. FengProfessor of Mathematics and Chemical and Biological Engineering, University of British ColumbiaEmail verificata su ubc.ca
Colin HareNewcastle UniversityEmail verificata su newcastle.ac.uk
Jean-Yves ClavierSup EngEmail verificata su supeng.fr
Raffaele CERULLIUniversity of SalernoEmail verificata su unisa.it
Piero SalatinoUniversità di Napoli Federico IIEmail verificata su unina.it
Paola AmmendolaResearcher, Istituto di Scienze e Tecnologie per l'Energia e la Mobilità Sostenibili (STEMS), CNREmail verificata su cnr.it
Federica RaganatiIstituto di ricerche sulla Combustione - CNREmail verificata su irc.cnr.it
Dino Musmarraprofessore di impianti chimici università vanvitelliEmail verificata su unicampania.it
Santomaso Andrea ClaudioAssistant Professor in Particle TechnologyEmail verificata su unipd.it

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Massimo Poletto

Università Salerno DIIn - University of Salerno DIIn

Email verificata su unisa.it - Home page

Chemical engineering Powder technology Particle technology Supercritical fluids


Titolo Ordina per citazioni Ordina per anno Ordina per titolo	Citata da Citata da	Anno
Almond oil extraction by supercritical CO2: experiments and modelling C Marrone, M Poletto, E Reverchon, A Stassi Chemical Engineering Science 53 (21), 3711-3718, 1998	211	1998
Aggregation and dispersion of spheres falling in viscoelastic liquids DD Joseph, YJ Liu, M Poletto, J Feng Journal of non-newtonian fluid mechanics 54, 45-86, 1994	211	1994
Mathematical Modeling of Sunflower Seed Extraction by Supercritical CO₂ M Perrut, JY Clavier, M Poletto, E Reverchon Industrial & engineering chemistry research 36 (2), 430-435, 1997	196	1997
Supercritical fractional extraction of fennel seed oil and essential oil: experiments and mathematical modeling E Reverchon, J Daghero, C Marrone, M Mattea, M Poletto Industrial & Engineering Chemistry Research 38 (8), 3069-3075, 1999	141	1999
Aggregation phenomena in fluidization of cohesive powders assisted by mechanical vibrations D Barletta, M Poletto Powder technology 225, 93-100, 2012	97	2012
Flow properties and arching behavior of biomass particulate solids F Miccio, D Barletta, M Poletto Powder technology 235, 312-321, 2013	94	2013
Mathematical modelling of supercritical CO2 fractionation of flower concretes E Reverchon, M Poletto Chemical Engineering Science 51 (15), 3741-3753, 1996	67	1996
Dynamic waves in fluidized beds D Musmarra, M Poletto, S Vaccaro, R Clift Powder technology 82 (3), 255-268, 1995	65	1995
Modelling and experiments on the effect of air humidity on the flow properties of glass powders G Landi, D Barletta, M Poletto Powder technology 207 (1-3), 437-443, 2011	64	2011
Selective laser sintering of ceramic powders with bimodal particle size distribution D Sofia, R Chirone, P Lettieri, D Barletta, M Poletto Chemical Engineering Research and Design 136, 536-547, 2018	63	2018
Process optimization of a multi-product biorefinery: The effect of biomass seasonality A Giuliano, M Poletto, D Barletta Chemical engineering research and design 107, 236-252, 2016	63	2016
Effective density and viscosity of a suspension M Poletto, DD Joseph Journal of Rheology 39 (2), 323-343, 1995	61	1995
Arch-Free flow in aerated silo discharge of cohesive powders A Cannavacciuolo, D Barletta, G Donsì, G Ferrari, M Poletto powder Technology 191 (3), 272-279, 2009	60	2009
A rheological model for the flowability of aerated fine powders G Bruni, D Barletta, M Poletto, P Lettieri Chemical Engineering Science 62 (1-2), 397-407, 2007	60	2007
Review on modeling techniques for powder bed fusion processes based on physical principles B Soundararajan, D Sofia, D Barletta, M Poletto Additive Manufacturing 47, 102336, 2021	59	2021
Process pathways optimization for a lignocellulosic biorefinery producing levulinic acid, succinic acid, and ethanol A Giuliano, R Cerulli, M Poletto, G Raiconi, D Barletta Industrial & Engineering Chemistry Research 55 (40), 10699-10717, 2016	59	2016
Solid flow rate prediction in silo discharge of aerated cohesive powders D Barletta, G Donsì, G Ferrari, M Poletto, P Russo AIChE journal 53 (9), 2240-2253, 2007	58	2007
A comparison between powder flow property testers H Salehi, D Barletta, M Poletto Particuology 32, 10-20, 2017	56	2017
Fractionation of a peel oil key mixture by supercritical CO2 in a continuous tower E Reverchon, A Marciano, M Poletto Industrial & engineering chemistry research 36 (11), 4940-4948, 1997	54	1997
Comparison of models for supercritical fluid extraction of seed and essential oils in relation to the mass-transfer rate M Poletto, E Reverchon Industrial & engineering chemistry research 35 (10), 3680-3686, 1996	54	1996

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