A fiber-optic bending sensor for the vibration monitoring of CNC face-milling machine
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Date
2009
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Publisher
Trans Tech Publications
Abstract
Vibration measurement of CNC milling is one of the used techniques for prediction of tool wear. Monitoring of tool wear is very important since a worn tool will affect machine and workpiece either. We developed a fiber-optic sensor for spindle vibration of CNC face-milling machine. The sensor is based on monitoring loss of light from the fiber core. For this sensor a laser light transmitter circuit, a sense plane construction, and a light receiver circuit are designed. Designed fiber-optic sensor is tested on Taksan TMC 650V face-milling machine. Obtained signals from this sensor is investigated in time domain and frequency domain and showed that it is valuable to tool ware monitoring.
Description
Keywords
CNC face-milling machine, Fiber optic sensor, Vibration monitoring, Engineering, Materials science, Physics, Fiber optic sensors, Fiber optics, Fibers, Mechatronics, Milling machines, Monitoring, Optical materials, Sensors, Vibration measurement, Wear of materials, Cutting tools, Fiber optic sensors, Fiber optics, Fibers, Frequency domain analysis, Milling machines, Time domain analysis, Vibration measurement, Wear of materials, Bending sensors, CNC face-milling machine, CNC milling, Face-milling, Fiber cores, Frequency domains, Laser lights, Loss of lights, Plane constructions, Receiver circuits, Time domain, Tool wear, Transmitter circuits, Vibration monitoring, Work pieces, Spindle vibrations, Milling (machining)
Citation
Gücüyener, İ. ve Emel, E. (2009). "A fiber-optic bending sensor for the vibration monitoring of CNC face-milling machine". ed. Z. Gosiewski ve Z. Kulesza. Solid State Phenomena, Mechatronic Systems and Materials, 147-149, 627-632.