An Adaptive Anomaly Detector used in Turbofan Test Cell

Jérôme Lacaille, Valerio Gerez, and Rafik Zouari
Submission Type: 
Full Paper
AttachmentSizeTimestamp
phmc_10_042.pdf1.67 MBAugust 4, 2010 - 8:23am

Airplane engines use sophisticated technologies to improve their efficiency, reduce their weight, reduce fuel consumption, limit NOx generation and reduce the generated noise. On another hand, airlines want to decrease their maintenance costs. These changes may have an effect on engine reliability and there is a greater need to understand and control the behavior of the engine.
This is the goal of PHM algorithms. However if such algorithms are "easy" to build, V&V stay a challenge. To increase their readiness level, Snecma, as engine manufacturer, tests all engines on bench cells during development phases and before reception. Now Snecma chooses also to use PHM algorithms on bench tests. It helps the maturation of the code itself but it is also a way to monitor the bench cells.

Publication Control Number: 
042
Submission Keywords: 
test cell
diagnostics
V&V
turbofan
maturation
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