Experimental analysis of particle damping performance in gearbox vibration using data analytical tool: Tableau

• Main Authors: Pawar, Amar C., Rade, Kuldip, Katake, Kaveri, Mohite, Dadaso, Suryawanshi, Vaibhav
• Format: Conference Proceeding
• Language: English
• Subjects: Control methods; Damping capacity; Data analysis; Gearboxes; Mechanical systems; Particle impact; Vibration; Vibration analysis; Vibration control; Vibration damping
• ISSN: 0094-243X; 1551-7616
• DOI: 10.1063/5.0183026

Vibration dampening is a conventional method for controlling and decreasing undue vibrations in mechanical systems. Vibrational energy is dissipated by impact, exchange of energy, and frictional contact. As a result, industrial systems like gearboxes use particle impact dampening techniques to minimize undesired vibrations. The purpose of this study is to offer data from experiments on the gearbox vibrations to investigate the impacts of particle damping under a variety of circumstances, including load, Ratio of particle filling, diameter of particle, quantity of holes, and healthy and faulty gearbox. It was analyzed and confirmed using data from experiments and computation, interpretation by tableau platforms. In this study, only particle dampingand its impact on vibration reduction are considered. Hence it is beneficial to examine the effects of particle damping and develop the most practical damping design for the gearbox system under consideration. The efficiency of damping in relation to loading was evaluated in this study using the Data analytical tool as the Tableau platform for the characterization of vibrational data. Gear vibrations are dampened using the particle method because of the creation of the novel approach, which lowers vibrations. the capacity to increase damping by changing the particle size and the number of holes while taking speed into account and keeping load constant.