TAMBORSKI, MATTEO

TAMBORSKI, MATTEO  

DIPARTIMENTO DI ENERGIA  

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Risultati 1 - 8 di 8 (tempo di esecuzione: 0.017 secondi).
Titolo Data di pubblicazione Autori File
0d/1d thermo‐fluid dynamic modeling tools for the simulation of driving cycles and the optimization of ic engine performances and emissions 1-gen-2021 Marinoni A.Tamborski M.Cerri T.Montenegro G.D'errico G.Onorati A.Piatti E.Pisoni E. E.
A Constant Equivalence Ratio Multi-Zone Approach for a Detailed and Fast Prediction of Performances and Emission in CI Engines 1-gen-2022 Tamborski M.D'Errico G.Lucchini T.Cerri T.Onorati A.
A quasi 3D approach for the modelling of an automotive turbocharger's compressor 1-gen-2019 Montenegro G.Tamborski M.Marinoni A.Della Torre A.Onorati A.Marelli S.
Detailed prediction of HRR and NOx emissions in CI engines via a novel thermodynamic model with constant equivalence ratio zones 1-gen-2022 Tamborski M.D'Errico G.Lucchini T.Onorati A.
Development and Application of a Quasi-3D Model for the Simulation of Radial Compressors of Turbochargers for Internal Combustion Engines 1-gen-2019 Montenegro G.Tamborski M.Della Torre A.Onorati A.Marinoni A.Marelli S.
Unsteady modeling of turbochargers for automotive applications by means of a quasi-3D approach 1-gen-2020 Montenegro G.Tamborski M.Della Torre A.Onorati A.Marelli Silvia
Unsteady modeling of turbochargers for automotive applications by means of a Quasi3D approach 1-gen-2021 Montenegro G.Tamborski M.A. Della TorreOnorati A.Marelli S.
Validation of a Theoretical Model for the Correction of Heat Transfer Effects in Turbocharger Testing through a Quasi-3D Model 1-gen-2020 Marelli S.Montenegro G.Tamborski M.Della Torre A.