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08204 RF Sensor System for Corrosivity Monitoring

Picture for 08204 RF Sensor System for Corrosivity Monitoring
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Product Number: 51300-08204-SG
ISBN: 08204 2008 CP
Author: James Dante, Fritz Friedersdorf, and Aaron Steiner
Publication Date: 2008
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$20.00
$20.00
Corrosion severely impacts the life cycle cost, operational life, and readiness of Army ground vehicles. The Army spends an estimated $2 billion to $2.5 billion per year addressing corrosion related issues with Army ground vehicles. Knowledge of cumulative environmental severity, corrosion damage, and the state of protective coatings for individual vehicles would enable more effective prediction of asset life and reduce waste generation from vehicle depainting and repainting. Awareness of the state of corrosion for a given asset can be achieved through the use of low cost and easy-to-use corrosivity sensors. Data gained from these sensors would provide a means for the Army to manage corrosion, reduce vehicle life cycle costs, and improve system readiness. Successful implementation of a corrosion monitoring system would require that the sensors be low cost, small size and weight, and widely deployable. Additional requirements include EMI resistance, easy installation, simple operation and data analysis, and low maintenance. In this paper, we describe a radio frequency (RF) sensor capable of detecting cumulative environmental severity. Several critical design parameters are addressed. Finally, the mechanism responsible for the sensor operation is briefly considered.
Corrosion severely impacts the life cycle cost, operational life, and readiness of Army ground vehicles. The Army spends an estimated $2 billion to $2.5 billion per year addressing corrosion related issues with Army ground vehicles. Knowledge of cumulative environmental severity, corrosion damage, and the state of protective coatings for individual vehicles would enable more effective prediction of asset life and reduce waste generation from vehicle depainting and repainting. Awareness of the state of corrosion for a given asset can be achieved through the use of low cost and easy-to-use corrosivity sensors. Data gained from these sensors would provide a means for the Army to manage corrosion, reduce vehicle life cycle costs, and improve system readiness. Successful implementation of a corrosion monitoring system would require that the sensors be low cost, small size and weight, and widely deployable. Additional requirements include EMI resistance, easy installation, simple operation and data analysis, and low maintenance. In this paper, we describe a radio frequency (RF) sensor capable of detecting cumulative environmental severity. Several critical design parameters are addressed. Finally, the mechanism responsible for the sensor operation is briefly considered.
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