Abstract:This paper explains the results of the initial stage of investigation of atmospheric corrosion on structural steel in industrial zones. Investigation is carried out on two shape profile of low carbon steel that is widely used for the construction of structures, namely sheet, and elbow. Corrosion rate measurement process and preparation were carried out based on ASTM G-50 and ASTM G-1 standards, with a total exposure time of six months in Medan Deli District, Medan, North Sumatra. The results of this initial st… Show more
“…Surfer® is another application used for this purpose. The mesh of this program enables users to produce different types of maps, including contours, vectors, pictures, shaded reliefs, hydrographic basins, 3D surfaces, and 3D metallic structure maps [ 57 ], [ 58 ]. Other authors have implemented it to generate level curves by means of statical methods and calculation algorithms, which can be used to represent the trend of each variable and extrapolate its magnitude to areas where data are not available [ 59 ].…”
“… Figure 5 Co-authorship network of atmospheric corrosion maps of carbon steel. Figure 6 Examples of corrosion maps: (a) isoline map of an industrial area [ 57 ], (b) atmospheric corrosion map of South Africa [ 94 ], and (c) corrosion rate map of carbon steel (SS400) for tropical climate in Thailand [ 129 ]. …”
Section: Bibliometric Analysis and Networkmentioning
confidence: 99%
“…Corrosion maps have been presented in different ways and adapted to the places or properties they characterize. Figure 6 a shows a map with isolines, which is used in corrosion maps of different industries, for instance, the corrosion map of structural steel in an industrial area [ 57 ].…”
Section: Bibliometric Analysis and Networkmentioning
“…Surfer® is another application used for this purpose. The mesh of this program enables users to produce different types of maps, including contours, vectors, pictures, shaded reliefs, hydrographic basins, 3D surfaces, and 3D metallic structure maps [ 57 ], [ 58 ]. Other authors have implemented it to generate level curves by means of statical methods and calculation algorithms, which can be used to represent the trend of each variable and extrapolate its magnitude to areas where data are not available [ 59 ].…”
“… Figure 5 Co-authorship network of atmospheric corrosion maps of carbon steel. Figure 6 Examples of corrosion maps: (a) isoline map of an industrial area [ 57 ], (b) atmospheric corrosion map of South Africa [ 94 ], and (c) corrosion rate map of carbon steel (SS400) for tropical climate in Thailand [ 129 ]. …”
Section: Bibliometric Analysis and Networkmentioning
confidence: 99%
“…Corrosion maps have been presented in different ways and adapted to the places or properties they characterize. Figure 6 a shows a map with isolines, which is used in corrosion maps of different industries, for instance, the corrosion map of structural steel in an industrial area [ 57 ].…”
Section: Bibliometric Analysis and Networkmentioning
Despite extensive work on improving atmospheric corrosion resistance in metals, i.e., steel and alloy, the corrosion rate on the metallic surface is higher at some localized geographical area of the globe. Despite the visible successes in recent coating technology in curbing environmental conditions, it is proposed that the recent increase of atmospheric bioaerosols has a significant role in the dissolution of corrosion-resistant coating over a metallic surface. In this review, the science of atmospheric corrosion on metallic materials was reviewed in the light of the chemical and physical composition of atmospheric bioaerosols and aerosols. It was observed that aside from general conditions (i.e., alloying element level, surface roughness, surface treatment, and microclimate), the bioaerosols content is essential for future research in corrosion. It is recommended that further experimental research be carried out to corroborate the science of atmospheric bioaerosols to different forms of corrosion.
“…Atmospheric corrosion research in Indonesia has previously been carried out in several regions, such as in Banda Aceh and North Sumatra. However, this research has only been conducted at several locations, so there is a need for further research in order to add information about the rate of corrosion, especially in industrial locations that are being developed [1,2,3,4,5,6]. The corrosion rate distribution map that has been done previously by researchers can be seen in Figure 2.…”
Section: Figure 1 Example Of Construction Damage By Corrosionmentioning
The objective of this study is to carry out an atmospheric corrosion analysis on low carbon steel in the form of plates and elbows in the port area of Belawan. The exposure of the test specimen was carried out at five locations for 12 months. The location points are notated as A, B, C, D, and E. The process of specimen exposure and data collection followed the ASTM G-1 and ASTM G-50 standards. The measurement results indicated a slight difference in the corrosion rate at each location. Location C and D have the highest corrosion rate and location A has the lowest corrosion rate. Meanwhile, for locations B and E have a corrosion rate value that is not much different from location A. This difference in value is probably a consequence of the distance from the exposure location to the seaside. Locations C and D are adjacent to the seaside while the other locations are not. The steel plate has an average value of corrosion rate 0.2214 mpy and steel elbow has a rate of 0.2412 mpy. From the measurement results obtained, the two specimens exposed at each location are still in the "outstanding" category.
scite is a Brooklyn-based organization that helps researchers better discover and understand research articles through Smart Citations–citations that display the context of the citation and describe whether the article provides supporting or contrasting evidence. scite is used by students and researchers from around the world and is funded in part by the National Science Foundation and the National Institute on Drug Abuse of the National Institutes of Health.
