CATELLANI, CRISTIAN

CATELLANI, CRISTIAN  

DIPARTIMENTO DI INGEGNERIA INDUSTRIALE  

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Risultati 1 - 8 di 8 (tempo di esecuzione: 0.016 secondi).
Titolo Autore(i) Anno Periodico Editore Tipo File
Assessment of advanced SGS models for LES analysis of ICE wall-bounded flows – Part I: Basic test case Catellani, C.; Bianchi, G.M.; Falfari, S.; Cazzoli, G.; Forte, C. 2016-01-01 SAE INTERNATIONAL JOURNAL OF ENGINES - 1.01 Articolo in rivista PP Assessment of advanced SGS.pdf
Assessment of the Cavitation Models Implemented in OpenFOAM® Under DI-like Conditions Cazzoli, Giulio; Falfari, Stefania; Bianchi, Gian Marco; Forte, Claudio; Catellani, Cristian 2016-01-01 ENERGY PROCEDIA - 1.01 Articolo in rivista -
Large Eddy Simulation of a Steady Flow Test Bench Using OpenFOAM® Catellani, Cristian; Cazzoli, Giulio; Falfari, Stefania; Forte, Claudio; Bianchi, Gian Marco 2016-01-01 ENERGY PROCEDIA - 1.01 Articolo in rivista -
Analysis of the mixture formation at partial load operating condition: The effect of the throttle valve rotational direction Falfari, Stefania; Forte, Claudio; Bianchi, Gian Marco; Cazzoli, Giulio; Catellani, Cristian; Pos...trioti, L.; Ottobre, F. 2015-01-01 SAE TECHNICAL PAPER SAE International 4.01 Contributo in Atti di convegno -
Numerical evaluation of the applicability of steady test bench swirl ratios to diesel engine dynamic conditions Forte, Claudio; Catellani, Cristian; Cazzoli, Giulio; Bianchi, Gian Marco; Falfari, Stefania; Bru...siani, Federico; Verze, Alessandro; Saracino, Stefano 2015-01-01 ENERGY PROCEDIA - 1.01 Articolo in rivista -
The Effect of the Throttle Valve Rotational Direction on the Tumble Motion at Different Partial Load Conditions Falfari, Stefania; Bianchi, Gian Marco; Cazzoli, Giulio; Brusiani, Federico; Forte, Claudio; Cate...llani, Cristian 2015-01-01 SAE TECHNICAL PAPER SAE International 4.01 Contributo in Atti di convegno -
CFD analysis of a two-stroke air cooled engine designed for handheld products Brusiani F.; Bianchi G.M.; Catellani C.; Ferrari M.; Verziagi P.; Catanese D. 2014-01-01 SAE TECHNICAL PAPER - 1.01 Articolo in rivista -
Development of a 0D model starting from different RANS CFD tumble flow fields in order to predict the turbulence evolution at ignition timing Falfari, S.; Forte, C.; Brusiani, F.; Bianchi, G.M.; Cazzoli, G.; Catellani, C. 2014-01-01 SAE TECHNICAL PAPER SAE International 4.01 Contributo in Atti di convegno -