Caruso Gianfranco

SSD: ING-IND/19 – Impianti Nucleari Termoidraulica e termofluidodinamica sperimentale e computazionale; Energie alternative, cogenerazione e risparmio energetico; Studi di base su fenomenologie di scambio termico in monofase e bifase; Progettazione di componenti e impianti sia nel settore nucleare che convenzionale; Analisi di sicurezza di impianti nucleari a fissione e a fusione; Proprietà termofisiche dei fluidi, Cicli termodinamici centrali termoelettriche; Sicurezza industriale; Decommissioning delle centrali nucleari.

Settore scientifico disciplinare (SSD): 
ING-IND/19
Telefono: 
0649918649 (28649 )
Insegnamento: 
Impianti Nucleari - Nuclear Reactor Design (LM in Ingegneria Energetica)
Advanced Heat and Mass Transfer (LM in Ingegneria Energetica)
Fusion Reactor Technology (LM in Ingegneria Energetica)
Simulazione Numerica dei Sistemi Nucleari (LM in Ingegneria Energetica)
Ricevimento: 
Dopo le lezioni e previo appuntamento telefonico o e-mail.
Ricerche / Pubblicazioni: 
1.   CARUSO G., NOBILI M. (2017). Preliminary evaluation of the expansion system size for a pressurized gas loop: application to a fusion reactor based on a helium-cooled blanket. INTERNATIONAL JOURNAL OF HEAT AND TECHNOLOGY, 35(1)
 
2.   CARUSO G., GIANNETTI F. (2016). Sizing of the Vacuum Vessel Pressure Suppression System of a Fusion Reactor Based on a Water-Cooled Blanket, for the Purpose of the Preconceptual Design. SCIENCE AND TECHNOLOGY OF NUCLEAR INSTALLATIONS, Vol. 2016, art. no. 8719695, 1-11.
 
3.   CARUSO G., CRISTOFANO L., NOBILI M., ROMANO G. P. (2016). Experimental investigation on free surface vortices driven by tangential inlets. INTERNATIONAL JOURNAL OF HEAT AND TECHNOLOGY, 34(4), 653-662
 
4.   GUGLIERMETTI L., CARUSO G., SARACENO L., ZUMMO G., CELATA G.P. (2016). Saturated flow boiling of FC-72 in 1 mm diameter tube. INTERNATIONAL COMMUNICATIONS IN HEAT AND MASS TRANSFER, 75, 115-123. 
 
5.   CARUSO G., PORFIRI M.T. (2015). Ice layer growth on a cryogenic surface in a fusion reactor during a loss of water event. PROGRESS IN NUCLEAR ENERGY, 78, 173-181
 
6.   CRISTOFANO L., NOBILI M., CARUSO G. (2014). Experimental study on unstable free surface vortices and gas entrainment onset conditions. EXPERIMENTAL THERMAL AND FLUID SCIENCE, 52, 221- 229
 
7.   CARUSO G., VITALE DI MAIO D. (2014). Heat and mass transfer analogy applied to condensation in the presence of noncondensable gases inside inclined tubes. INT. J. OF HEAT AND MASS TRANSFER, 68, 401- 414
 
8.   CARUSO G., CRISTOFANO L., NOBILI M., VITALE DI MAIO D. (2014). Experimental investigation of free surface vortices and definition of gas entrainment occurrence maps J. OF PHYSICS. CONFERENCE SERIES 501 (p. 012019), 1-10
 
9.   CARUSO G., VITALE DI MAIO D., NAVIGLIO A. (2013). Film condensation in inclined tubes with noncondensable gases: An experimental study on the local heat transfer coefficient, INT. COMMUNICATIONS IN HEAT AND MASS TRANSFER, 45, 1- 10
 
10. CARUSO, G., GIANNETTI, F., PORFIRI M.T. (2013). Modeling of a confinement bypass accident with CONSEN, a fast-running code for safety analyses in fusion reactors. FUSION ENGINEERING AND DESIGN, 88 (12), 3263- 3271

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