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Abstract This research investigates the impact of atmospheric aerosols to initiate atmospheric corrosion of metallic surfaces. Fifteen years’ primary (aerosol optical depth) dataset was obtained from the Multi-Angle Imaging Spectro-Radiometer… Click to show full abstract
Abstract This research investigates the impact of atmospheric aerosols to initiate atmospheric corrosion of metallic surfaces. Fifteen years’ primary (aerosol optical depth) dataset was obtained from the Multi-Angle Imaging Spectro-Radiometer (MISR). Aerosol loading were generated from the primary dataset. The component of the atmospheric aerosols was obtained from existing literature. A mathematical projection on the corrosion of metallic surfaces was done using spatial maps and secondary dataset. The yearly corrosion rate has doubled since 2004. Higher accuracy of the modified Faraday model can be achieved using ground dataset.
Journal Title: Procedia Manufacturing
Year Published: 2019
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