The thesis activity will focus on the evaluation of the resolution of seismic data loggers. The student will acquire skills in the use of a measurement bench composed of advanced electronic instrumentation. The measurements will comply with current legislation (UNI CEI 70098-3:2016) on the determination of the measurement uncertainty to be implemented using the MATLAB software.

Fiber optics are used to measure strains on FRCM and CRM, carbon fiber reinforced meshes, used to improve the strength and durability of structures. (in collaboration with RomaTre University)

Lithium batteries require precise control of temperature and deformation during use. Fiber optics offer a non-invasive method to monitor these critical parameters in real time. This monitoring allows you to optimize the operating conditions of the batteries, improving efficiency and safety.

Lithium batteries suffer a progressive deterioration in performance due to charging and discharging cycles. Monitoring and analyzing this aging process allows the evaluation of performance over time and the optimization of battery management strategies.

The research aims to develop accelerated procedures to simulate the aging of lithium batteries. Monitoring this accelerated process allows us to better understand how batteries behave in the long term and how they can be optimized for a second life through more effective management strategies.

The measurement chain involves sensors and specialized instrumentation to collect data on the performance of fuel cells and batteries depending on the applied load