SFORZA, LORENZO

SFORZA, LORENZO  

DIPARTIMENTO DI ENERGIA  

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Titolo Data di pubblicazione Autori File
3D-CFD Methodologies for a Fast and Reliable Design of Ultra-Lean SI Engines 1-gen-2022 Sforza L.Lucchini T.D'errico G.
A 3D-CFD Methodology for Combustion Modeling in Active Prechamber SI Engines Operating with Natural Gas 1-gen-2022 Sforza L.Lucchini T.Gianetti G.D'Errico G. +
Advanced Turbulence Model for SI Combustion in a Heavy-Duty NG Engine 1-gen-2022 Sforza L.Lucchini T. +
CFD modeling of combustion of a natural gas Light-Duty Engine 1-gen-2018 GIANETTI, GIOVANNI GAETANOSforza, L.Lucchini, T.D'Errico, G. +
CFD Modeling of Gas Exchange, Fuel-Air Mixing and Combustion in Gasoline Direct-Injection Engines 1-gen-2019 Lucchini, TommasoD'Errico, GianlucaParedi, DavideSforza, LorenzoOnorati, Angelo
CFD modeling of natural gas engine combustion with a flame area evolution model 1-gen-2019 Gianetti G.Sforza L.Lucchini T.D'Errico G. +
CFD modelling of flame stretch in SI engines 1-gen-2015 SFORZA, LORENZOLUCCHINI, TOMMASOONORATI, ANGELO
Development and Validation of SI Combustion Models for Natural-Gas Heavy-Duty Engines 1-gen-2019 Sforza L.Lucchini T.Gianetti G.D'Errico G.
Experimental and Numerical Study of Flame Kernel Formation Processes of Propane-Air Mixture in a Pressurized Combustion Vessel 1-gen-2016 SFORZA, LORENZOLUCCHINI, TOMMASOONORATI, ANGELO +
Modeling Ignition and Premixed Combustion Including Flame Stretch Effects 1-gen-2017 Sforza, LorenzoLucchini, TommasoOnorati, Angelo +
Modeling the Effects of the Ignition System on the CCV of Ultra-Lean SI Engines using a CFD RANS Approach 1-gen-2021 Sforza L.Lucchini T.Montenegro G. +
Ultra-Lean Premixed Turbulent Combustion: Challenges of RANS Modelling 1-gen-2022 Sforza L.Abdelwahid S.Lucchini T.Onorati A.