CFD analyses in the framework of aerodynamics applied to several industrial fields.

Multiphysics analyses in turbomachinery systems:- Conjugate Heat Transfer analyses of gas turbine combustors with a focus on aerothermal fields and wall temperature predictions;- Model developer for cooling systems and multiphysics approaches;- Numerical investigation of combustion process in several combustor architectures;- Learning of tools for data science and machine learning.

CFD investigation of multi-physics problems in aeroengine combustors:- High-fidelity scale-resolving (SAS, SBES, LES) simulations of heat transfer with strong and loosely-coupled approaches;- Development of effusion model with DoE and dimensionality reduction methods in the framework of industrial aeroengine combustors;- Contribution to SOPRANO EU project by means of the assessment of an unsteady multi-physics numerical tool in ANSYS Fluent, called U-THERM3D, for the investigation of heat transfer modes interactions with the aim of predicting aero-thermal fields, pollutant emissions and metal temperature in the framework of FIRST combustor tested at DLR;- Participation at national and international conferences and meetings with oral presentations for dissemination (ATI - Pisa, 2018; ASICI - Sorrento, 2018; MCS - Tenerife, 2019);- Summer schools (Fluid Machinery and Energy Systems Engineering - Pisa, 2018; Advanced Research in Turbomachinery - Firenze, 2018) and workshops.

Numerical Analysis in combustion systems in gas turbines:- Study of the impact of different combustion modelling on reactive flow fields and on flame structures.