Development Solution of Civil Helicopter Transmission Train Vibration Monitoring System

Su Ning Zhang; Wen Qiang Ding; Yong Hong Wang

doi:10.4028/www.scientific.net/AMM.86.342

Paper Titles

Time Domain Computational Analysis for Shock Characteristics of Elastic Support Gearbox
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Effect of Tooth Surface Modification on the Load Sharing and Strength of Offset Face Gear Drive with Spur Involute Pinion
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Longitudinal Dynamic Modeling of the Snowmobile Considering Fuel Economy
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Study on the Calculating Method of Bending Stress for Non-Circular Gear
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Development Solution of Civil Helicopter Transmission Train Vibration Monitoring System
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The Effect of Superfinishing on the Contact Fatigue of Case Carburised Gears
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Numerical Method of Determining the Curvature Interference Limit Curve for Modified Hourglass Worm Pairs
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Design, Analysis and Testing of a Mirco/Nano-Transmission Platform
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Optimal Design and Contact Analysis for Planetary Roller Screw
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 86Development Solution of Civil Helicopter...

Development Solution of Civil Helicopter Transmission Train Vibration Monitoring System

Abstract:

Health & Usage Monitoring System (HUMS) is designed for improving airworthiness, reliability and effective maintenance management of helicopter by analysis of detected / diagnosed operation data internal/external environment data collected from the helicopter. Vibration monitoring system plays as an important part of entireness integrated HUMS, which offers a considerable improvement to conventional monitoring techniques. This paper covers development solution of civil helicopter transmission train Vibration monitoring system. Vibration monitoring system (VMS) constantly checks the performance of safety-critical components, provides warnings in advance of potential equipment failures and collects valuable data for routine maintenance of the helicopters.