Greco M.

PhD in Mechanical Engineering, Fluid Mechanics and Aeronautics, specialized in turbomachinery, structural dynamics, vibration analysis and numerical simulation.

My expertise combines experimental testing, signal processing and numerical modelling, allowing me to approach engineering problems from both the experimental and computational sides.

I have experience working with hydraulic turbomachinery, including Francis, Kaplan and pump-turbines, as well as structural vibration and dynamic behaviour of rotating machinery.

My technical experience includes:

• Finite Element Analysis (FEA) and structural simulations using ANSYS Mechanical
• Modal analysis and natural frequency identification
• Vibration analysis of rotating machinery
• Experimental modal analysis and vibration measurements
• Signal processing and frequency-domain analysis using MATLAB
• CFD and turbomachinery simulations using ANSYS CFX
• Fluid-structure interaction (FSI)
• Numerical and experimental correlation
• Data processing, automation and engineering scripts in MATLAB
• CAD modelling using CATIA, Autodesk Inventor and Fusion 360
• Instrumentation and monitoring systems for rotating machinery

I can assist with both individual engineering tasks and complete technical studies, from data processing and numerical modelling to engineering interpretation and technical reporting.

I am particularly interested in projects involving turbomachinery, rotating equipment, structural dynamics, vibration, FEA, CFD, MATLAB and engineering data analysis.

My goal is to provide technically rigorous solutions while keeping the communication and deliverables clear and practical for the client.