Abstract
Recent research works have shown how climate change has affected atmospheric corrosion of metallic surfaces. A mathematical model was developed to study the impact of atmospheric corrosion (aerosol) over fifteen years primary dataset (Multi-angle Imaging Spectro-Radiometer). From the primary dataset, an estimation of the aerosol loading, size of particulates and angstrom exponent was presented. The yearly corrosion rate has doubled in recent time, hence confirming the impact of climate change on atmospheric corrosion. Higher accuracy of the modified Faraday model can be achieved using ground dataset.
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