PACCATI, SIMONE

PACCATI, SIMONE  

Ingegneria Industriale  

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Risultati 1 - 12 di 12 (tempo di esecuzione: 0.02 secondi).
Titolo Data di pubblicazione Autore(i) File
ASSESSMENT OF A CONJUGATE HEAT TRANSFER METHOD ON AN EFFUSION COOLED COMBUSTOR OPERATED WITH A SWIRL STABILIZED PARTIALLY PREMIXED FLAME 2022 Amerini A.; Paccati S.; Mazzei L.; Andreini A.
Computational Optimization of a Loosely-Coupled Strategy for Scale-Resolving CHT CFD Simulation of Gas Turbine Combustors 2023 Amerini A.; Paccati S.; Andreini A.
Development of advanced numerical tools for the prediction of wall temperature and heat fluxes for aeroengine combustors 2021 Simone Paccati
Large-Eddy Simulation of a Model Aero-Engine Sooting Flame With a Multiphysics Approach 2020 Paccati S.; Bertini D.; Mazzei L.; Puggelli S.; Andreini A.
Multi-coupled numerical simulations of the DLR Generic Single Sector Combustor 2018 Puggelli, S.*; Paccati, S.; Bertini, D.; Mazzei, L.; Giusti, A.; Andreini, A.
Numerical analyses of a high pressure sooting flame with multiphysics approach 2018 Paccati S.; Bertini D.; Puggelli S.; Mazzei L.; Andreini A.; Facchini B.
Numerical investigation on the effect of rotation and holes arrangement in cold bridge type impingement cooling systems 2019 Paccati S.; Cocchi L.; Mazzei L.; Andreini A.
Numerical investigation on the effect of rotation and holes arrangement in cold bridge-type impingement cooling systems 2020 Paccati S.; Cocchi L.; Mazzei L.; Andreini A.
Numerical predictions of pollutant emissions of novel natural gas low nox burners for heavy duty gas turbine 2018 Pampaloni D.; Nassini P.C.; Paccati S.; Palanti L.; Andreini A.; Cerutti M.; Riccio G.
Reduced-Order Models for Effusion Modeling in Gas Turbine Combustors 2022 Simone Paccati; Lorenzo Mazzei; Antonio Andreini; Bruno Facchini
Reduced-order models for effusion modelling in gas turbine combustors 2021 Paccati S.; Mazzei L.; Andreini A.; Facchini B.
Scale resolving CFD investigations of aerothermal field and emissions of a lean burn aeroengine combustor 2021 Paccati S.; Mazzei L.; Andreini A.; Shrivastava S.; Arguinzoni C.; Patil S.; Bessette D.; Yadav R.