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MMTLab @ UniBS

Research

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MMTLab @ UniBS
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    Bernardo Lanza Developer | Ph.D. student in mechanical and industrial engineering | Deep learning and machine vision for agriculture
    • Pescantina, Veneto, Italy
    • Rising Star
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    Marco Ghidelli Laureato presso MMTLab @ UniBS
    • Pavone del Mella, Lombardy, Italy
    • Rising Star
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    Matteo Lancini Associate Professor of Mechanical and Thermal Measurement at Universitá degli Studi di Brescia
    • Brescia, Lombardy, Italy
    • Top 10%
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    Nicola Iacono Studente PhD presso Università degli Studi di Brescia
    • Bione, Lombardy, Italy
    • Rising Star
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Overview

The Mechanical and Thermal Measurements research group focuses its teaching and research activities on metrology and measurement systems, investigating different research topics, both in the industrial and the biomechanical field. The group also manages the MMT Lab, which, beside teaching and research, provides lab testing services, test bench design and consulting for the industrial sector. The Mechanical and Thermal Measurement group actively collaborates with all the other labs and research group of the department, in particular with the Vision System for Mechatronics Group Research activities: 1) Measurements for biomechanics In collaboration with other research Departments and clinical practices, different measurement systems were developed to acquire forces and movements of the human body, especially in the field of rehabilitation, biomechanics and human observation. In most cases ad-hoc experimental measurement benches and suitable biomechanical models were created to assess loads and movements of internal features of the human body. 2) Industrial diagnostics Using an operational modal analysis approach a set of mathematical and technical tools were developed to identify defects and damages in a solid body using acceleration data. Particular care was taken to ensure such methods could be implemented on the field, without requiring a tightly controlled environment. 3) Test bench for vibrations and impulsive load characterization Different research projects, funded by industrial partners, were carried on to develop or improve test benches for experimental material characterization, working under impulsive conditions or subject to vibrations. New bench designs, based on uncertainty budget analysis, were developed to optimize the measurement capability.