Gear and Bearing Diagnostics Using Torque Oscillation Data
Researchers at Purdue University have developed a technique that allows for detection of gear and bearing faults using a torque transducer. Current technology uses accelerometers to measure translational vibrations in a system, a technique that is vulnerable to error from exterior vibrations. This technology uses a torque transducer to measure torsional vibrations, which are more directly related to the health of a system than translational vibrations that are more commonly used. This technology could be applied to any rotary mechanical system involving gears and/or bearings to detect and diagnose faults and more precisely perform preventative maintenance.
More accurate measure of system health
Detect and diagnosis faults in rotary mechanical systems Preventative maintenance for rotary mechanical systems
Purdue Mechanical Engineering
United States
None
美国
