Vibration signals can be successfully captured and analyzed for quality control at the end of the production line. Various signal processing techniques and their applications are presented in this paper. These applications demonstrate the importance of selecting proper signal processing tools in order to extract the most reliable information from the signals. The presented applications regards tooth fault detection in helical gears and the detection of assembly faults in diesel engines by means of cold test technology.
On the use of Vibration Signal Analysis for Industrial Quality Control: Part I / D'Elia, Gianluca; Delvecchio, Simone; Malago', Marco; Dalpiaz, Giorgio. - 5:(2014), pp. 399-406. (Intervento presentato al convegno Third International Conference on Condition Monitoring of Machinery in Non-Stationary Operations - CMMNO2013 tenutosi a Ferrara nel 8 to 10 May, 2013) [10.1007/978-3-642-39348-8_34].
On the use of Vibration Signal Analysis for Industrial Quality Control: Part I
D'ELIA, Gianluca;DELVECCHIO, Simone;DALPIAZ, Giorgio
2014
Abstract
Vibration signals can be successfully captured and analyzed for quality control at the end of the production line. Various signal processing techniques and their applications are presented in this paper. These applications demonstrate the importance of selecting proper signal processing tools in order to extract the most reliable information from the signals. The presented applications regards tooth fault detection in helical gears and the detection of assembly faults in diesel engines by means of cold test technology.
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