탄소강 볼트 체결된 GECM(Graphite Epoxy Composite Material)/Al 판재의 구성 부재의 부식 거동
This work focused on corrosion of carbon steel bolted GECM/AI parts in tap water and NaCl solutions. In tap water and NaCl solutions open circuit potential of GECM and its potentials in series of carbon steel bolt>Ti>Al became active. Regardless of test materials open circuit potentials in tap water...
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Published in | Corrosion science and technology Vol. 11; no. 6; pp. 232 - 241 |
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Main Authors | , , , , , |
Format | Journal Article |
Language | Korean |
Published |
한국부식방식학회
30.12.2012
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Subjects | |
Online Access | Get full text |
ISSN | 1598-6462 2288-6524 |
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Abstract | This work focused on corrosion of carbon steel bolted GECM/AI parts in tap water and NaCl solutions. In tap water and NaCl solutions open circuit potential of GECM and its potentials in series of carbon steel bolt>Ti>Al became active. Regardless of test materials open circuit potentials in tap water were noble and increasing NaCl concentration its potentials became active. Immersion test of single specimen showed that no corrosion occur in Ti and GECM. In tap water carbon steel bolt didn`t show red corrosion product and in chloride solutions corrosion rate in 1% NaCL solution was greater than its rate in 3.5% NaCl solution and red corrosion product in 1% NaCl solution was earlier observed than that in 3.5% NaCl solution. It seems that this behavior would be related to zinc-coatings on the surface of carbon stee l bolt. On the other hand aluminium was corroded in tap water and chloride solutios. Corrosion of aluminium in tap water was due to the presence of chloride ion in tap water by sterilizing process. |
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AbstractList | This work focused on corrosion of carbon steel bolted GECM/AI parts in tap water and NaCl solutions. In tap water and NaCl solutions open circuit potential of GECM and its potentials in series of carbon steel bolt>Ti>Al became active. Regardless of test materials open circuit potentials in tap water were noble and increasing NaCl concentration its potentials became active. Immersion test of single specimen showed that no corrosion occur in Ti and GECM. In tap water carbon steel bolt didn`t show red corrosion product and in chloride solutions corrosion rate in 1% NaCL solution was greater than its rate in 3.5% NaCl solution and red corrosion product in 1% NaCl solution was earlier observed than that in 3.5% NaCl solution. It seems that this behavior would be related to zinc-coatings on the surface of carbon stee l bolt. On the other hand aluminium was corroded in tap water and chloride solutios. Corrosion of aluminium in tap water was due to the presence of chloride ion in tap water by sterilizing process. This work focused on corrosion of carbon steel bolted GECM/Al parts in tap water and NaCl solutions. In tap water and NaCl solutions, open circuit potential of GECM and its potentials in a series of carbon steel bolt>Ti>Al became active. Regardless of test materials, open circuit potentials in tap water were noble, and increasing NaCl concentration, its potentials became active. Immersion test of single specimen showed that no corrosion occur in Ti and GECM. In tap water, carbon steel bolt didn't show red corrosion product and in chloride solutions, corrosion rate in 1% NaCl solution was greater than its rate in 3.5% NaCl solution and red corrosion product in 1% NaCl solution was earlier observed than that in 3.5% NaCl solution. It seems that this behavior would be related to zinc-coatings on the surface of carbon stee l bolt. On the other hand, aluminium was corroded in tap water and chloride solutions. Corrosion of aluminium in tap water was due to the presence of chloride ion in tap water by sterilizing process. This work focused on corrosion of carbon steel bolted GECM/Al parts in tap water and NaCl solutions. In tap water and NaCl solutions, open circuit potential of GECM and its potentials in a series of carbon steel bolt>Ti>Al became active. Regardless of test materials, open circuit potentials in tap water were noble, and increasing NaCl concentration, its potentials became active. Immersion test of single specimen showed that no corrosion occur in Ti and GECM. In tap water, carbon steel bolt didn't show red corrosion product and in chloride solutions,corrosion rate in 1% NaCl solution was greater than its rate in 3.5% NaCl solution and red corrosion product in 1% NaCl solution was earlier observed than that in 3.5% NaCl solution. It seems that this behavior would be related to zinc-coatings on the surface of carbon stee l bolt. On the other hand, aluminium was corroded in tap water and chloride solutions. Corrosion of aluminium in tap water was due to the presence of chloride ion in tap water by sterilizing process. KCI Citation Count: 2 |
Author | Sujin Park 김영식 박수진 유영란 Youngsik Kim Youngran Yoo |
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DocumentTitleAlternate | 탄소강 볼트 체결된 GECM(Graphite Epoxy Composite Material)/Al 판재의 구성 부재의 부식 거동 Corrosion Behavior of the parts of Carbon Steel Bolted GECM(Graphite Epoxy Composite Material)/Al plates |
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Snippet | This work focused on corrosion of carbon steel bolted GECM/AI parts in tap water and NaCl solutions. In tap water and NaCl solutions open circuit potential of... This work focused on corrosion of carbon steel bolted GECM/Al parts in tap water and NaCl solutions. In tap water and NaCl solutions, open circuit potential of... |
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StartPage | 232 |
SubjectTerms | Al carbon steel bolted GECM Galvanic corrosion NaCl tap water 금속공학 |
Title | 탄소강 볼트 체결된 GECM(Graphite Epoxy Composite Material)/Al 판재의 구성 부재의 부식 거동 |
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