CAZZOLI, GIULIO
CAZZOLI, GIULIO
DIPARTIMENTO DI INGEGNERIA INDUSTRIALE
Ricercatori
1D-3D coupled approach for the evaluation of the in-cylinder conditions for Gasoline Compression Ignition Combustion
2022 Viscione D.; Bianchi G.M.; Ravaglioli V.; Falfari S.; Cazzoli G.; Silvagni G.; Mariani V.; Corsi M.
A Bayesian neural network methodology to predict the liquid phase diffusion coefficient
2020 Mariani V.; Pulga L.; Bianchi G.M.; Cazzoli G.
A Chemical-Kinetic Approach to the Definition of the Laminar Flame Speed for the Simulation of the Combustion of Spark-Ignition Engines
2017 Cazzoli, G.; Forte, C.; Bianchi, G. M.; Falfari, S.; Negro, S.
A numerical methodology based on CFD and plasma chemical kinetics simulations: a focus on the cyano radical
2022 Mariani V.; Civita G. L.; Cazzoli G.; Falfari S.; Ghedini E.; Merola S.; Irimescu A.; Antetomaso C.
A Numerical Methodology for the Multi-objective Optimization of the DI Diesel Engine Combustion
2014 Marco Costa;Gian Marco Bianchi;Claudio Forte;Giulio Cazzoli
A Numerical Methodology to Test the Lubricant Oil Evaporation and Its Thermal Management-Related Properties Derating in Hydrogen-Fueled Engines
2023 De Renzis, Edoardo; Mariani, Valerio; Bianchi, Gian Marco; Cazzoli, Giulio; Falfari, Stefania
A one-dimensional model for the motor oil-fuel dilution under gasoline engine boundary conditions
2020 Mariani V.; Bianchi G.M.; Cazzoli G.; Falfari S.
Analysis of the mixture formation at partial load operating condition: The effect of the throttle valve rotational direction
2015 Falfari, Stefania; Forte, Claudio; Bianchi, Gian Marco; Cazzoli, Giulio; Catellani, Cristian; Postrioti, L.; Ottobre, F.
Application of a One-Dimensional Dilution and Evaporation Lubricant Oil Model to Predict Oil Evaporation under Different Engine Operative Conditions Considering a Large Hydrogen-Fuelled Engine
2023 De Renzis, Edoardo ; Mariani, Valerio ; Bianchi, Gian Marco ; Falfari, Stefania ; Cazzoli, Giulio
Application of a one-dimensional fuel-oil dilution model coupled with an empirical droplet-to-film formation strategy for predicting in-cylinder oil effects in a direct injection engine
2022 De Renzis E.; Mariani V.; Bianchi G.M.; Falfari S.; Cazzoli G.
Application of deep neural networks to the prediction of the ignition delay time of gasoline PRF and TRF surrogates with the addition of oxygenates for CFD engine simulations
2020 Leonardo Pulga, Gian Marco Bianchi, Giulio Cazzoli, Valerio Mariani, Claudio Forte
Application of the k-omega turbulence model to estimate the flutter derivatives of a long-span bridge
2011 F. Brusiani; G. Cazzoli; S. de Miranda; F. Ubertini; P. Vaona
Assessment of advanced SGS models for LES analysis of ICE wall-bounded flows – Part I: Basic test case
2016 Catellani, C.; Bianchi, G.M.; Falfari, S.; Cazzoli, G.; Forte, C.
Assessment of the Cavitation Models Implemented in OpenFOAM® Under DI-like Conditions
2016 Cazzoli, Giulio; Falfari, Stefania; Bianchi, Gian Marco; Forte, Claudio; Catellani, Cristian
Basics on Water Injection Process for Gasoline Engines
2018 Falfari Stefania, Bianchi Gian Marco, Cazzoli Giulio, Forte Claudio, Negro Sergio
Comparison of Knock Indexes Based on \CFD\ Analysis
2016 Corti, Enrico; Forte, Claudio; Cazzoli, Giulio; Moro, Davide; Falfari, Stefania; Ravaglioli, Vittorio
Comparison of Modern Powertrains Using an Energy Model Based on Well-to-Miles Analysis
2023 Falfari, Stefania ; Mariani, Valerio ; Bianchi, Gian Marco ; Cazzoli, Giulio
Definition of a CFD methodology to evaluate the cylinder temperature distribution in two-stroke air cooled engines
2015 Brusiani, Federico; Falfari, Stefania; Forte, Claudio; Cazzoli, Giulio; Verziagi, P.; Ferrari, M.; Catanese, D.
Definition of a LES Numerical Methodology for the Simulation of Engine Flows on Fixed Grids
2008 Brusiani F.; Pelloni P.; Cazzoli G.
Development of a 0D model starting from different RANS CFD tumble flow fields in order to predict the turbulence evolution at ignition timing
2014 Falfari, S.; Forte, C.; Brusiani, F.; Bianchi, G.M.; Cazzoli, G.; Catellani, C.