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摘要
Hot-dip galvanizing represents a very effective method to protect components against corrosion. During the hot-dip galvanizing process, however, there is a risk that cracks form in the component. With an increase of the temperature of the zinc bath, the danger of crack formation also increases. This article describes a method to determine the start of the crack formation during hot-dip galvanizing. With a few tests, this method allows to determine a stress-strain limit (energy limit) below which no liquid metal assisted cracking (flussigmetallinduzierte Rissbildung) can occur during the transient phase of hot-dip galvanizing.
- 出版日期2016-1
