Working on a 60 kW Stall Controlled Wind TurbineKey qualifications: -Structural analysis:-FEM, strucutral and mechanical design -Weight optimization-Fatigue analysisCAD designAerodynamics of Wind Turbine Blades:-Performed Test Cases and Validation for CFD analysis.-Computational fluid dynamics (CFD) of Wind Turbine Blade -optimization.-Fluid Structure Interaction simulations.

CFD simulations.Matlab and Simulink simulations for control systems

CFD Aerodynamic analysis of the TECNAM aircraft P2012 Traveller (http://www.tecnam.com/). Generation of an unstructured mesh 3D and analysis of convergence of solution at varying number of cells. Investigation into aerodynamic forces and moments, longitudinal and lateral-directional stability through the CD-Adapco Strar CCM+ software. Development of a Matlab code for the extraction of wing load distribution in several configurations (i.e. clean wing, flaps deflected, etc.) from the CFD output results. Investigation into interaction effects by analysis of partial configurations (i.e. wing-body,body isolated, body-horizontal tail, etc.).Validation of numerical results by comparison with wind-tunnel experimental tests.All calculations have been executed by mean of SCoPE (http://www.scope.unina.it/default.aspx) as supercomputing infrastructure developed by University of Naples Federico II, with up to 128 CPUs available for actual analysis.