Elia Cipolato

Design and development of projects in aerospace, automotive, power & energy, oil & gas and railway industry; Expert in fluid-dynamics simulation: aerodynamics (internal/external), turbulence, heat transfer, turbomachinery, combustion, ice accretion; Expert in design optimization: design integration, data analysis, Design of Experiments, optimization, Response Surface Methodology; Engineering Service activities, Pre-sale and Post-sale activities.

Design and development of projects in aerospace, automotive, power & energy, oil & gas and railway industry; Expert in fluid-dynamics simulation: aerodynamics (internal/external), turbulence, heat transfer, turbomachinery, combustion, ice accretion; Expert in design optimization: design integration, data analysis, Design of Experiments, optimization, Response Surface Methodology; Engineering Service activities, Pre-sale and Post-sale activities.

Master's Thesis on the development of an efficient, automated, numerical turbomachinery multi-objective optimization workflow by means of Computational Fluid Dynamics, Genetic Algorithm and Response Surface Methodology

Computational Fluid Dynamics, design optimization, Finite Element analysis, parametric modelling, turbomachinery, internal combustion engines, industrial energy systems, renewable energy, industrial plants, reliability engineering, mechanical vibrations, stress analysis, ground/aerospace propulsion;

Fluid dynamics, applied thermodynamics, fluid machines, engineering materials, metallurgy, manufacturing processes, mechanics of solids, theory of structures, machine design, applied mechanics, control systems engineering, electrical engineering, computer programming, numerical analysis;