Team members of MechVib are young, collaborative and very motivated Engineers that work together under the supervision of Professors in the fields of Mechanics and Vibration
Team
Team members
I have got the role of Scientific Director of the Advanced Mechanics Laboratory (MechLav) of Ferrara Technopole, which specifically carries out technology transfer and services for companies in Italy and abroad. In the field of NVH, among other equipments, Mechlav has got a Tri-axis Electro-dynamic Shaker and a big Anechoic Chamber.
My scientific interests and company collaborations mainly concern: advanced methods for condition monitoring and diagnostics of machines, based on vibration and acoustic emission, and NVH modelling and optimization.
Author or co-author of over 140 papers, mostly published in international journals or international conference proceedings. Coordinator of numerous projects funded by regional, national and EU grants. Coordinator of 27 research contracts with industrial companies in the last 5 years, concerning industrial research and technological transfer in the fields of NVH, optimization of the dynamic and vibration behavior, monitoring and diagnostics of machines through vibration processing. Member of the Editorial Board of the International Journals ‘Meccanica’ and ‘Shock & Vibration’.
My research activity is mainly in the field of Noise and Vibrations of Machines, with particular reference to elastodynamic models, condition monitoring, diagnostics and experimental vibration measurements. Tutor of several PhD students and research assistants, supervisor of more than 80 theses of students belonging to the Mechanical Engineering Degree. In 2005 and 2007 I was guest at the Katholieke Universiteit Leuven addressing researches on novel approaches for simplified FE model and vibro-acoustic experimental analyses in helicopters. I am member of the Scientific Committees of International Conferences and Reviewer for the most important journals and conferences in the field of Mechanics of Machines and Vibration. I was person in charge of 5 national and international peer review projects in the last 10 years and of about 50 research projects with private companies in the last 5 years. Author and co-author of more than 100 papers published in International Conference Proceedings, National and International Journals. Member of the Editorial Board of 5 International Journals.
After receiving the BSc and MSc in Mechanical Engineering from the same University in 2011 and 2013 respectively, I took part to the European project COST Action TU1105 as a visiting research student at the Dynamics Research Group, Loughborough University, UK. COST Action TU1105 was focused on the definition of NVH technics for Hybrid and Electric Vehicles. In 2016, I’ve been a Visiting Scholar at the GearLab Research Group, The Ohio State University, OH – US, with the purpose of deepening my PhD studies related modeling gear pump dynamics.
My research activity includes kinematics, dynamics and design of positive displacement pumps and dynamic models of mechanical systems.
Currently, I am involved in a Ph.D. program with the MechVib Research Group at the University of Ferrara, Italy. My research activity focuses on the non-linear modelling and experimental validation of mechanical systems.
Currently, I am involved in a research activity with the MechVib Research Group at the University of Ferrara, Italy.
My research interests mainly concern the numerical and experimental analysis of vibro-acoustical
phenomena for the optimization of mechanical components, for diagnostic and prognostic; my focus is on the Sound Power Level (SWL) evaluation in a gearmotor by means of vibration measurements.
I am currently involved in a Ph.D. program with the MechVib Research Group at the University of Ferrara. My research activity revolves around multi-axial vibration testing, with particular regards to fatigue damage in multi-axial vibration environments. The project aims to develop and perform innovative MIMO vibration testing methodologies to be included in the standard practice.
My PhD work focused on the study of the dynamic behaviour of worm gear drives in metal-metal and metal-polymer configurations. Numerical simulations are implemented to study the dynamic behaviour through modal analysis followed by a study of acceleration and spectrum signals. Experimental tests are followed to validate the numerical results. Current research activities are mainly focused on the study of the vibratory response of a novel design of an axial piston pump.
Currently, I am involved in a research activity about experimental analysis of the agricultural machines' behavoir.
While studying for my MSc I developed a keen interest in the mechanisms of vibration and sound generation and their propagation in solids and fluids, as well as on their impact on the wellbeing of humans. To complete my study, I pursued a traineeship at the University of Sherbrooke, in Canada, where I had the opportunity to gain international experience and extend my knowledge in the acoustics and noise control.
Currently, I am involved in a research activity with the MechVib Research Group at the University of Ferrara, Italy.
Currently, I am working in the MechVib Research Group at the University of Ferrara and my research activity focuses on the modeling and experimental validation of mechanical systems used in the transmissions of agricultural machines.
I am currently pursuing my Master's degree in Mechanical Engineering while working as a research assistant in the MechVib Group, where my primary responsibilities involve modeling and simulating dynamic systems.