Jul 2026· International Journal of Science and Environment (IJSE)· Vol 6, pp. 2360-2368· 0 citations· 7 references
Abstract
The development of manufacturing technology demands a machining process that produces high-quality and precise products. In the turning process, machine vibration is one of the factors that affect the quality of machining results, component life, and process stability. Excessive vibration can lead to a decrease in the surface quality of the workpiece as well as accelerate the wear of machine components. Therefore, a monitoring system is needed to effectively monitor the condition of engine vibration. This research aims to design and build an Arduino Uno-based lathe vibration monitoring system using MPU6050 sensors. The sensor is used to detect vibrations, while the Arduino Uno functions to process the measurement data. Tests are carried out with variations in spindle rotation speed and cutting depth to obtain vibration characteristics during the turning process. The results of the study are expected to be able to provide information on the condition of the lathe's vibration so that it can support monitoring machine conditions, preventive maintenance, and improving the quality of the turning process.
In this study the vibration behavior of synchronous belts with representative damages is investigated using a test bench and a design of experiments approach. A laser triangulation sensor is used to record the vibrations of undamaged belts and belts with artificially introduced tooth crack, tooth separation and cord da...
P. Häderle, M. Dazer· Engineering Research· 0 citations
In-process measurement of changes in grinding wheel condition is expected to prevent machining defects. A method for monitoring grinding wheel condition through grinding vibration analysis was examined in this study. To achieve this, a measurement device was developed by housing two accelerometers, a compact microcontr...
Mizuki Uematsu, Kazuya Kato, Motoki Yonezawa et al.· International Journal of Aut...· 0 citations
The paper analyzes the influence of spindle speed, feed rate and axial depth of cut on vibration acceleration in feed direction during peripheral milling of high-density polyethylene. Experimental research was planned and implemented using the response surface methodology in the Design-Expert software package. Based on...
Jovana Perić, Mladen Rasinac, Stefan Pajović et al.· Conference proceedings· 0 citations
The growing trend toward industrial automation has heightened the importance of production equipment reliability, especially on manufacturing lines that operate continuously. In this context, electric motors play a fundamental role in driving material handling and transportation systems. Failures in this equipment can...
E. Cisneros, Fábio de Sousa Cardoso, Raimundo Cláudio Souza Gomes et al.· Revista de Estudos Interdisc...· 0 citations
Introduction.
Vibration in multi-purpose drilling-milling-boring machines affects equipment reliability, production noise levels, and operator safety. Literature discusses sources of vibration, damping mechanisms, and methods for measuring vibration characteristics, while regulatory documents establish permissib...
M. V. Grichishin, B. Meskhi· Safety of technogenic and na...· 0 citations
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