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Research fields:

• Application of Analytical Numerical/Computational Methods in the Dynamic Analysis of Mechanical Devices and Systems.
• Description of Dynamic Response and Vibrations, Determination of Dynamic Strength, Identification of Parameters and Optimization of Structures, Machines and Mechanisms.
• Processing of Vibration signals, Determining the Structure of Dynamic Models and Optimal Updating Numerical Models through Measurements.
• Optimal Design and Dynamic Analysis of Structures with Finite Elements (FEA).
• Structural Health Monitoring and Fatigue Analysis of Structures.
• Vibration and Control of Linear and Nonlinear Dynamic Systems and Mechanisms.
• Damage Detection using Machine Learning and data-driven decision support systems.
• Dynamic Analysis, Fault Diagnosis and Balancing of Gear-Bearing and Rotating Systems.
• Dynamic Analysis of Multi-Body systems, through Analytical, Computational and Experimental methods.
• Noise, Vibration and Harshness (NVH) of Vehicle Models.
• Numerical Modeling and Dynamic Analysis of Motors, Mechanisms, Powertrain Systems and Rotating Systems.
• Automatic control of mechanical, electrical, process and energy conversion systems, Nonlinear model predictive control of dynamic systems, Integrated systems design and control, Sensitivity analysis in optimization.