期刊
COATINGS
卷 13, 期 1, 页码 -出版社
MDPI
DOI: 10.3390/coatings13010027
关键词
anti-corrosion coatings; galvanising; mechanical properties; high-strength bolts; finite element method
This paper investigates the influence of zinc coating thickness on the mechanical properties of high-strength zinc-coated bolts through finite element modeling. The results show that the use of a standard thickness of zinc coating can lead to a reduction in bolt stiffness of up to 11.2%.
High-strength zinc-coated bolts are used as fasteners in prestressed multi-bolted connections. This communication deals with modelling such bolts using the finite element method. The analyses were performed for a zinc-coated M12 HV10.9 bolt. Coatings with the following thicknesses were considered: 40, 60, 84 and 92 mu m. The influence of coating thickness on the selected mechanical properties of the bolt was investigated. The corresponding properties of an uncoated bolt were taken as a reference. It is shown that the use of a zinc coating with a standardised thickness is associated with a reduction in bolt stiffness of up to 11.2%.
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