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98606 PREDICTION OF AIRCRAFT CORROSION DAMAGE - ATMOSPHERIC PARAMETERS AND CORROSIVITY SENSORS

Picture for 98606 PREDICTION OF AIRCRAFT CORROSION
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Product Number: 51300-98606-SG
ISBN: 98606 1998 CP
Author: M. Tullmin, P.R. Roberge, R.P. Klassen, M.A. Little
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The measurement and prediction of atmospheric corrosivity is an important element for determining the risk of corrosion damage to aircraft. Together with smart structure-type corrosion sensors, the prediction of atmospheric corrosivity is integral to an idealized aircraft corrosion surveillance strategy. A comprehensive methodology for predicting corrosivity based on atmospheric parameters, developed by ISO, has been utilized for the Canadian maritime Greenwood and inland Trenton bases. Evidence is presented that the important parameters affecting atmospheric corrosivity fluctuate significantly with time. In order to optimize corrosion control efforts, this time variability should be to be taken into account for procedures such as aircraft washing, the application of corrosion inhibitors, aircraft storage and dehumidification. The measurement of critical parameters for predicting the corrosion risk to aircraft requires simple practical procedures. Keywords: aircraft corrosion, prediction, atmospheric corrosivity, time of wetness, chlorides
The measurement and prediction of atmospheric corrosivity is an important element for determining the risk of corrosion damage to aircraft. Together with smart structure-type corrosion sensors, the prediction of atmospheric corrosivity is integral to an idealized aircraft corrosion surveillance strategy. A comprehensive methodology for predicting corrosivity based on atmospheric parameters, developed by ISO, has been utilized for the Canadian maritime Greenwood and inland Trenton bases. Evidence is presented that the important parameters affecting atmospheric corrosivity fluctuate significantly with time. In order to optimize corrosion control efforts, this time variability should be to be taken into account for procedures such as aircraft washing, the application of corrosion inhibitors, aircraft storage and dehumidification. The measurement of critical parameters for predicting the corrosion risk to aircraft requires simple practical procedures. Keywords: aircraft corrosion, prediction, atmospheric corrosivity, time of wetness, chlorides
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