T56发动机大修后缺陷趋势分析

K. Shahzad, I. Manarvi
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引用次数: 3

摘要

C-130运输机被认为是最可靠的军用运输机之一。它的受欢迎程度主要取决于军事用户,特别是世界各地的空军。它构成了战术和运输行动的骨干。它配备了四台T-56涡轮螺旋桨发动机以保持运输机在空中飞行。在执行任务时,飞机可能会遇到短跑道起飞或降落。发动机在高工作温度和恶劣的短时间起降环境下承受着巨大的压力。这就对发动机的可靠性提出了很高的要求,即在所有这些条件下,以最少或有限的维护需求,持续提供出色的性能。本研究在5年多的缺陷数据的基础上,对发动机的维修和改进进行了深入的研究,并对这些结果进行了对比分析,得出了结论。这些结果被认为对飞机操作员和维修人员相当重要,因为它们提供了一个基础,可以讨论经常磨损过快或性能不佳的部件,并确定问题,开发新的修理方法或启动部件的重新设计。这些数据还可用于预测维护成本和系统备件需求。
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Defect trend analysis of T56 engine after overhaul
C-130 aircraft1 is considered to be one of the most reliable military cargo aircraft. Its popularity mainly rests with military users especially with the air forces around the world. It forms the backbone for tactical and transportation operations. It is equipped with four T-56 turboprop engines to keep the transport aircraft in air. During missions the aircraft might get exposed to short runway takeoffs or landings. Engines are being stressed with both a high operation temperature and a severe short take off and landing environment. This lays high demand on its engines' reliability to continuously give outstanding performance under all such conditions with minimum or limited maintenance requirements. In this research, in depth study has been conducted on maintenance and improvement of engines on the basis of defects data collected over five years, and findings have been established from comparative analysis of these results. The results are considered reasonably important for such aircraft operators as well as maintenance crew as they provide a basis to discuss parts that regularly wear out too soon or do not perform as well, and to identify problems and develop new repairs or initiate redesigns of parts. The data may also be used for prediction of maintenance costs and system spares requirements forecasting.
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