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Cabrera, Francisco Mata
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Experimental study of the behavior of PEEK CF30 bearing to cyclical loading and variable rotational speed
Abstract
Automotive components are most often being manufactured in thermoplastic polymers.Their use present several advantages such as reduced weight, high design flexibility and styling capabilities, good balance of properties (ductility, insulation, no corrosion), superior level of integration of functionalities, low processing costs. Rotating elements are widely used in many practical applications, irrelevant the thermal analysis is of utmost importance. This study evaluated the possibility of infrared thermograph to measure accurately the temperature of elements of a rotating device, particulary the PEEK CF30 and carbon steel F114 bearings, within the scope of condition monitoring. The tested machine was an electric motor that operated in multiples regimes. The thermograms were acquired by a fixed thermographic camera and were processed and recorded every 15 minutes. Both bearing materials presented similar behaviour.