Vibration analysis of electric shaver mechanical system using statistical analysis method

Abdul Wahid, Muhammad Ja’far As-Shadiq (2022) Vibration analysis of electric shaver mechanical system using statistical analysis method. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

Condition-Based Maintenance (CBM) is a maintenance technique that assesses an asset's current state to determine what maintenance is needed. Vibration analysis is one sort of condition maintenance. The goal of vibration analysis is to discover whether the equipment is degrading before it breaks down. Vibration Monitoring is a type of condition-based monitoring that includes listening to vibrations in a running piece of equipment to see if there are any aberrant vibration patterns. Because variations in vibration levels can indicate advanced wear and a variety of other issues, such as equipment falling free from mountings or malfunctioning parts, vibration monitoring is a vital aspect of good asset integrity management. This study will conduct vibration analysis on an electric shaver. It is possible to increase the life of an electric shaver by monitoring its vibration. Numerous approaches may be utilized to locate and eliminate the defect of an electric shaver. The data acquired during vibration inconsistency monitoring can be utilized to design predictive maintenance operations. The accelerometer sensor captured a vibration signal, which was used to collect data. Using the Fast Fourier Transform, the vibration signal produced by the dynamic response of a combustion engine was studied (FFT). To obtain accurate data, all the captured data is filtered using MATLAB. To interpret the data collected from the experiment, the data were evaluated using statistical analysis methods. The result that has been collected will be compared and decide which has a better performance.

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