Temperature and Vibration measurements for predictive maintenance and improved reliability


ORGANIZED BY

Marco Tarabini

Marco Tarabini

Politecnico di Milano

  • marco.tarabini@polimi.it


ABSTRACT

Temperature and Vibration measurements are the main parameters used to describe the state of machineries. Contact and Infra-Red temperature measurements are essential tools for ensuring the safety and the reliability of machineries and thermal imagers help the technicians in quickly identifying potential problems resulting in thermal machineries alterations. On the other side, vibration measurements are the probably the most diffused method for condition monitoring, and the paradigms of I4.0 (wireless sensors, machine learning, big data and cloud-based analyses) increase the potentialities of vibration-based measurement systems.
IoT systems based on grids of thermometers and MEMS accelerometers, connected to cloud systems with digital interfaces or via WiFi, tend to replace the classical monitoring systems based on few temperature measurement points and on a limited number of vibration pickups with analog output, posing new challenges in industrial metrology.
The special session will focus on metrological aspects and data analysis procedures of temperature and vibration measurements performed with IoT and traditional sensors. Authors are strongly encouraged to present works comparing the traditional condition monitoring approach with techniques based on I4.0 paradigms.


ABOUT THE ORGANIZERS

Marco Tarabini (Lecco, Italy, in 1978) received the M.Sc. degree in mechanical engineering and the Ph.D. cum laude in engineering of mechanical systems from Politecnico di Milano, Milano, Italy. He is currently Associate Professor of Mechanical and Thermal measurement at Politecnico di Milano. His research is focused on different aspect of vibration measurements, spanning from the study of the response of the human body to vibration to the development of measurement systems for industrial application. In the field of human vibration, he developed measurement systems, data analysis procedures and biomechanical models to better interpret the response of the body to hand-arm and whole-body vibration. He developed and commissioned to industries different measurement systems for monitoring mechanical and thermal parameters of machineries. He authored more than 100 scientific publications and lead more 30 research projects on measurements in cooperation with industries.



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Special Session 13

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