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51312-01374-Short Term Atmospheric Corrosion of Low Carbon Steel

Picture for Short Term Atmospheric Corrosion of Low Carbon Steel
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Product Number: 51312-01374-SG
ISBN: 01374 2012 CP
Author: B.Y.R. Surnam
Publication Date: 2012
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$20.00
$20.00
Atmospheric corrosion tests have previously been performed in Mauritius through the outdoor exposure of low carbon steel according to ISO 8565 in marine and inland regions. Results have shown that the corrosion degradation of the metal follows the bilogarithmic law except for the first three months of the atmospheric exposure. Further atmospheric corrosion tests were therefore performed to analyse the corrosion degradation behavior over this period of time. Low carbon steel samples were exposed outdoors according to ISO 8565. They were removed after 1 2 and 3 months of exposure in sets of three. The Weight Loss Method was used to determine the corrosion loss. The Point Counting Method was used to determine the extent of the atmospheric corrosion attack only for the first month of exposure. The Weight Loss Method showed that for the first three months the corrosion loss is linearly related to the time of exposure. The Point Counting Method which is not commonly used in corrosion testing showed that the surface degradation of the metal varies linearly with time of exposure thus confirming the results of the Weight Loss Method. Keywords: atmospheric corrosion bilogarithmic law weight loss method point counting
Atmospheric corrosion tests have previously been performed in Mauritius through the outdoor exposure of low carbon steel according to ISO 8565 in marine and inland regions. Results have shown that the corrosion degradation of the metal follows the bilogarithmic law except for the first three months of the atmospheric exposure. Further atmospheric corrosion tests were therefore performed to analyse the corrosion degradation behavior over this period of time. Low carbon steel samples were exposed outdoors according to ISO 8565. They were removed after 1 2 and 3 months of exposure in sets of three. The Weight Loss Method was used to determine the corrosion loss. The Point Counting Method was used to determine the extent of the atmospheric corrosion attack only for the first month of exposure. The Weight Loss Method showed that for the first three months the corrosion loss is linearly related to the time of exposure. The Point Counting Method which is not commonly used in corrosion testing showed that the surface degradation of the metal varies linearly with time of exposure thus confirming the results of the Weight Loss Method. Keywords: atmospheric corrosion bilogarithmic law weight loss method point counting
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