Modeling of the measurement channel of outlet gases of the aviation engine using neural networks

F. Adamčík, R. Andoga, P. Krajňák, L. Madarász
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Abstract

The article is focused on diagnostics in the field of aviation turbo-jet engines. Evaluation of their technical status, and potential failures and pre-failure processes can be improved by monitoring their thermally loaded components. Part of the research in the given area also involves mathematical modeling of the channel measuring the exhaust gases temperature, using neural networks to compensate for dynamic errors of slow thermocouples used in such measurements.
航空发动机排气测量通道的神经网络建模
本文主要研究航空涡轮喷气发动机的诊断问题。通过监测其热负载组件,可以改进对其技术状态、潜在故障和故障前过程的评估。给定领域的部分研究还涉及测量废气温度的通道的数学建模,使用神经网络来补偿在此类测量中使用的慢速热电偶的动态误差。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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