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Nome e cognome Maurizio Barbato

Funzione Istituto di ingegneria meccanica e tecnologie dei materiali, professore

Email maurizio.barbato@supsi.ch

Ufficio Galleria 2 - 016 - MEMTI - PT
Via Cantonale, 6928 Manno

Telefono interno +41586666639

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Dati anagrafici Maurizio C. Barbato Nato a Popoli (PE) - Italia

Formazione Laurea in Ingegneria Aeronautica conseguita presso l'Università degli Studi di Roma "La Sapienza" PhD in Ingegneria Chimica conseguito presso il Politecnico di Torino

Esperienze professionali Da completare

Competenze Fluidodinamica Computazionale (CFD) Scambio termico Problematiche energetiche correlate alle energie rinnovabili Modellistica e simulazione di: flussi laminari reattivi catalisi eterogenea ossidazione parziale di miscele a base di metano su catalizzatori solidi combustione premiscelata

Articolo di un giornale scientifico 21 Elementi

Geissbühler, L., Becattini, V., Zanganeh, G., Zavattoni, S., Barbato, M., Haselbacher, A.& Steinfeld, A. (2018) Pilot-scale demonstration of advanced adiabatic compressed air energy storage, Part 1: Plant description and tests with sensible thermal-energy storage. Journal of Energy Storage, vol. 17 pp.129-139. » in dettaglio Ortega-Fernández, I., Zavattoni, S., Rodríguez-Aseguinolaza, J., D'Aguanno, B.& Barbato, M. (2017) Analysis of an integrated packed bed thermal energy storage system for heat recovery in compressed air energy storage technology. Applied Energy, vol. 205 pp.280-293. » in dettaglio Zavattoni, S., Barbato, M., Zanganeh, G.& Pedretti, A. (2016) High temperature thermocline TES – effect of system pre-charging on thermal stratification. AIP Conference Proceedings, vol. 1734 (050043). » in dettaglio Aronovici, M., Bianchi, G., Ferrari, L., Barbato, M., Gianella, S., Scocchi, G.& Ortona, A. (2015) Heat and Mass Transfer in Ceramic Lattices During High-Temperature Oxidation. Journal of the American Ceramic Society. » in dettaglio Bader, R., Pedretti, A., Barbato, M.& Steinfeld, A. (2015) air-based corrugated cavity-receiver for solar parabolic trough concentrators, An. Applied Energy, vol. 138 pp.337-345. » in dettaglio Gaetano, A., Zavattoni, S., Barbato, M., Good, P., Ambrosetti, G.& Pedretti, A. (2015) Design optimization of a novel receiving cavity for Concentrated Solar Power applications by means of 3D CFD simulations. Energy Procedia, vol. 69 pp.379-387. » in dettaglio Geissbühler, L., Zavattoni, S., Barbato, M., Zanganeh, G., Haselbacher, A.& Steinfeld, A. (2015) Experimental and Numerical Investigation of Combined Sensible/Latent Thermal Energy Storage for High-Temperature Applications. CHIMIA International Journal for Chemistry, vol. 69 (12) pp.799-803. » in dettaglio Zavattoni, S., Barbato, M., Pedretti, A.& Zanganeh, G. (2015) Evaluation of thermal stratification of an air-based thermocline TES with low-cost filler material. Energy Procedia, vol. 73 pp.289-296. » in dettaglio Zavattoni, S., Barbato, M., Pedretti, A.& Zanganeh, G. (2015) Single-tank TES system – Transient evaluation of thermal stratification according to the second-law of thermodynamics. Energy Procedia, vol. 69 pp.1068-1077. » in dettaglio Zavattoni, S., Barbato, M., Pedretti, A., Zanganeh, G.& Steinfeld, A. (2014) High Temperature Rock-bed TES System Suitable for Industrial-scale CSP Plant – CFD Analysis Under Charge/Discharge Cyclic Conditions. Energy Procedia, vol. 46 pp.124-133. » in dettaglio Zavattoni, S., Gaetano, A., Montorfano, D., Barbato, M., Ambrosetti, G.& Pedretti, A. (2014) Novel CSP Receiver Based on Airlight Energy Technology - Optimization of the Thermal Insulation System by Means of CFD Analysis, A. Energy Procedia, vol. 49 pp.589-598. » in dettaglio Pusterla, S., Barbato, M., Ortona, A.& D'Angelo, C. (2012) Numerical study of cell morphology effects on convective heat transfer in reticulated ceramics. International Journal of Heat and Mass Transfer, vol. 55 (25-26) pp.7902-7910. » in dettaglio Pusterla, S., Ortona, A., D'Angelo, C.& Barbato, M. (2012) influence of cell morphology on the effective thermal conductivity of reticulated ceramic foams, The. Journal of Porous Materials, vol. 19 (3) pp.307-315. » in dettaglio Zanganeh, G., Pedretti, A., Zavattoni, S., Barbato, M.& Steinfeld, A. (2012) Packed-bed thermal storage for concentrated solar power - Pilot-scale demonstration and industrial-scale design. Solar Energy, vol. 86 (10) pp.3084-3098. » in dettaglio Bader, R., Barbato, M., Pedretti, A.& Steinfeld, A. (2010) air-based cavity-receiver for solar trough concentrators, An. Journal of Solar Energy Engineering, vol. 132 pp.1-7. » in dettaglio Armenise, I., Barbato, M., Capitelli, M.& Kustova, E. (2006) State-to-state catalytic models, kinetics, and transport in hypersonic boundary layers. Journal of Thermophysics and Heat Transfer, vol. 20 (3) pp.465-476. » in dettaglio Armenise, I., Barbato, M., Capitelli, M.& Gorse, C. (2004) Surface recombination coefficients and boundary-layer hypersonic-flow calculations on different surfaces. Journal of Spacecraft and Rockets, vol. 41 (2) pp.310-313. » in dettaglio Barbato, M., Bruno, C., Muylaert, J.& Reggiani, S. (2000) Model for heterogeneous catalysis on metal surfaces with applications to hypersonic flows. Journal of Thermophysics and Heat Transfer, vol. 14 (3) pp.412-420. » in dettaglio Barbato, M., Bellucci, V.& Bruno, C. (1999) Effects of thermal non-equilibrium on catalytic boundary conditions for application to air inlets. Systems Analysis Modelling Simulation, vol. 34 (4) pp.435-448. » in dettaglio Barbato, M., Giordano, D., Muylaert, J.& Bruno, C. (1996) Comparison of catalytic wall conditions for hypersonic flow. Journal of Spacecraft and Rockets, vol. 33 (5) pp.620-627. » in dettaglio Nasuti, F., Barbato, M.& Bruno, C. (1996) Material-dependent catalytic recombination modeling for hypersonic flows. Journal of Thermophysics and Heat Transfer, vol. 10 (1) pp.131-136. » in dettaglio

Articolo in documento di una conferenza 17 Elementi

Zavattoni, S., Zanganeh, G., Pedretti, A.& Barbato, M. (2018) Numerical analysis of the packed bed TES system integrated into the first parabolic trough CSP pilot-plant using air as heat transfer fluid. In AIP Conference Proceedings. » in dettaglio Zavattoni, S., Barbato, M., Geissbühler, L., Haselbacher, A., Zanganeh, G.& Steinfeld, A. (2017) CFD modeling and experimental validation of the TES system exploited in the Pollegio AA-CAES prototype. » in dettaglio Zavattoni, S., Geissbühler, L., Barbato, M., Zanganeh, G., Haselbacher, A.& Steinfeld, A. (2017) High-temperature thermocline TES combining sensible and latent heat - CFD modeling and experimental validation. In AIP Conference Proceedings. » in dettaglio Zavattoni, S., Barbato, M., Geissbühler, L., Haselbacher, A., Zanganeh, G.& Steinfeld, A. (2016) CFD modeling of the Pollegio AA-CAES pilot plant TES system. » in dettaglio Zavattoni, S., Barbato, M., Geissbühler, L., Haselbacher, A., Zanganeh, G.& Steinfeld, A. (2015) CFD modeling and experimental validation of a high-temperature pilot-scale combined sensible/latent thermal energy storage. » in dettaglio Good, P., Zanganeh, G., Ambrosetti, G., Barbato, M., Pedretti, A.& Steinfeld, A. (2014) Towards a commercial parabolic trough CSP system using air as heat transfer fluid. In Energy Procedia, pp.381-385. Elsevier. » in dettaglio Matarrese, P., Gaetano, A., Airaghi, S., Montorfano, D., Barbato, M., Ambrosetti, G.& Pedretti, A. (2014) Performance analysis of a novel air-based cavity receiver., pp.438-446. » in dettaglio Zanganeh, G., Ambrosetti, G., Pedretti, A., Zavattoni, S., Barbato, M., Good, P., Haselbacher, A.& Steinfeld, A. (2014) 3 MWth parabolic trough CSP plant operating with air at up to 650°C, A. » in dettaglio Zanganeh, G., Pedretti, A., Zavattoni, S., Barbato, M., Haselbacher, A.& Steinfeld, A. (2014) Design of a 100 MWhth packed-bed thermal energy storage. In Energy Procedia, pp.1071-1077. Elsevier. » in dettaglio Zavattoni, S., Barbato, M., Pedretti, A.& Zanganeh, G. (2014) CFD modeling of a TES system based on a packed bed of natural rocks. » in dettaglio Zavattoni, S., Gaetano, A., Barbato, M., Ambrosetti, G., Good, P., Malnati, F.& Pedretti, A. (2014) CFD Analysis of a Receiving Cavity Suitable for a Novel CSP Parabolic Trough Receiver. In Energy Procedia, pp.579-588. » in dettaglio Zavattoni, S., Garcia-Polanco, N., Capablo, J., Doyle, J.& Barbato, M. (2014) Household appliances wasted heat storage by means of a packed bed TES with encapsulated PCM. » in dettaglio Zavattoni, S., Barbato, M., Pedretti, A., Zanganeh, G.& Steinfeld, A. (2012) Effective thermal conductivity and axial porosity distribution of a rock-bed TES system: CFD modeling and experimental validation. » in dettaglio Bader, R., Barbato, M., Pedretti, A.& Steinfeld, A. (2010) air-based cavity-receiver for solar trough concentrators, An. In ASME 2010 4th International Conference on Energy Sustainability, ES 2010, pp.519-528. » in dettaglio Oberrauch, E., Barbato, M., Diviani, L., Jorio, E., Montorfano, D., Cimadoro, A.& Poles, S. (2008) Unconventional approaches to metamodels generation. » in dettaglio Barbato, M., Talice, M.& Zimont, V. (1999) Numerical Simulation of Premixed Combustion Flows: a Comparative Study. In Proceeding of International Meeting on Combustion Science and Technology for Sustainable Development. » in dettaglio Zimont, V., Barbato, M.& Murgia, F. (1999) On The Limits of Industrial Premixed Combustion Simulation Models. » in dettaglio

Capitolo di un libro 1 Elemento

Pravettoni, M., Barbato, M., Cooper, T., Pedretti, A., Ambrosetti, G.& Steinfeld, A. 2011. InPhoCUS (Inflated Photovoltaic Ultralight Mirror Concentrators): first results of the project and future perspectives . In 7th International Conference on Concentrating Photovoltaic Systems, Dimroth Frank ,Kurtz Sarah ,Sala Gabriel ,Bett Andreas W. , AIP Conference Proceedings, vol. 1407, pp.154-157. American Institute of Physics. » in dettaglio

Progetti di cui è responsabile

SCCER3 - Electrical and Thermal Energy Storage - Phase II » in dettaglio SCCER3 - Electrical and Thermal Energy Storage » in dettaglio Analysis of AA-CAES cycles exploiting Combined Sensible / Latent Thermal Energy Storage and Novel Ma » in dettaglio Electrical and Thermal Energy Storage » in dettaglio Innovative concepts based on active thermal management of thermal protection systems » in dettaglio Virtual platform for design and optimization of compact Heat Exchangers » in dettaglio Multi-Site ARC services » in dettaglio Inflated PhotovoltaiC Ultra-light mirror concentratorS » in dettaglio SOLAIR PILOT PLAN » in dettaglio Network for strategic Industry-Academia research on energy efficiency, optimised resources use and p » in dettaglio Lugano Lake » in dettaglio SOLAIR 2 » in dettaglio Innovative solar collectors for efficient and cost-effective solar thermal power generation » in dettaglio HYDAC-CASE-ZERO » in dettaglio Simulazioni fluidodinamiche » in dettaglio

Progetti di cui è membro

Physical-Modelling von Schwyzerörgeli und Akkordeons » in dettaglio Innovative concepts based on active thermal management of thermal protection systems » in dettaglio Shape the Sound: Trumpet mouthpiece manufacturing and tone quality » in dettaglio Dispositif de traitement du gras adipeux pour l?extraction des cellules souches mésenchymateuses » in dettaglio Design Advanced Platform for High performaNce cooling systEms » in dettaglio FANMOTOR » in dettaglio

 
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