首页> 外文期刊>Wear: an International Journal on the Science and Technology of Friction, Lubrication and Wear >Erosion and abrasion on mild carbon steel surface by steam containing SiC microparticles
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Erosion and abrasion on mild carbon steel surface by steam containing SiC microparticles

机译:含SiC微粒的蒸汽对低碳钢表面的冲蚀和磨损

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摘要

A kind of steam impaction apparatus was developed to study the influence of microparticles on steam erosion. After 10 min exposure, no erosion pits appeared on the mild carbon steel surface under the impaction of pure water steam when the steam speed was controlled below the threshold velocity. However, at the same speed, erosion pits appeared on the surface when SiC microparticles were added into the steam. Further experimental investigations proved that the pits were not from the collision of microparticles to the metal surface, but similar to the cavitation erosion pits. It indicates that the microparticle may enhance the liquid impaction erosion besides causing the abrasion, and the generation of pit is thought to be the results of cavitation erosion.
机译:为了研究微粒对蒸汽侵蚀的影响,开发了一种蒸汽撞击装置。暴露10分钟后,当蒸汽速度控制在阈值速度以下时,在纯水蒸汽的作用下,低碳碳钢表面上没有出现腐蚀坑。然而,以相同的速度,当将SiC微粒添加到蒸汽中时,在表面上出现腐蚀坑。进一步的实验研究证明,这些坑不是由于微粒与金属表面的碰撞而产生,而是类似于空化侵蚀坑。这表明微粒除了引起磨损之外还可以增强液体冲击侵蚀,并且认为凹坑的产生是空蚀的结果。

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