Technology Henan Key Laboratory of Mechanical Design

Work by the National High-tech enterprises in Luoyang Ming Electrical Equipment Co., Ltd. and Xi'an Jiaotong University to complete aircraft engine bearings cyclical dynamic loading test machine project, July 28, 2013 passed by the China Bearing Industry Association, Northwestern Polytechnical University, Henan University of Technology Henan Key Laboratory of Mechanical Design and Transmission, AVIC Shenyang Aeroengine Research Institute, Luoyang Bearing Research Institute and other research institutes, experts and professors of the appraisal committee for scientific and technological achievements appraisal, which indicates that China has independently developed the Air engine bearings cyclical dynamic loading test machine brands.
    Aero-engine technology has been the mainstream of the world's military powers priority development, degree of monopoly and long tight blockade of key technologies, is a measure of a country's level of military equipment, technology industrial strength even one important indicator of overall national strength.
    At present, our country because aero-engine technology is relatively backward, as a constraint to the development of the entire aviation industry "bottleneck", aircraft engines is listed as national key scientific and technological projects. The aero-engine bearings are one of the key components of aircraft engines, high-speed, high-temperature, force operating under complex conditions, the quality and performance directly affects engine performance, life and reliability, bearing failure have been grouped into eight aircraft engines faults. As the domestic high-speed bearing surface contact fatigue monographic study is relatively small, so that the poor quality of high-speed bearings, basically all imports. Therefore, the state development plan proposed new taper roller bearing  while Luoyang Ming Electrical Engineering, Xi'an Jiaotong University and the aero-engine bearings for dynamic loading test machine cyclical items and bearing damage propagation mechanism, fatigue life prediction, new bearings become a key development plan link.