期刊
WEAR
卷 484, 期 -, 页码 -出版社
ELSEVIER SCIENCE SA
DOI: 10.1016/j.wear.2021.204038
关键词
Erosion-wear; Liquid zinc; Fe-3; 5%b steel; orientation Fe2B
资金
- National Natural Science Foundation of China [51701084, 52005217]
- Natural Science Foundation of Shaanxi Province [2019JQ-593]
- China Postdoctoral Science Foundation [2019M663700]
The study found that the Fe-B alloy with Fe2B perpendicular to the interface structure exhibited the best erosion-wear resistance, forming suppressive layers to prevent erosion by liquid zinc. The relationship between Fe2B orientation and ferrite matrix significantly influenced the erosion-wear microdamage mechanism.
The interface erosion-wear behaviors of Fe-B alloy with different Fe2B orientations in flowing zinc at 460 degrees C were studied. The results revealed that, for a rotation speed of 100 rpm, the directional Fe-B alloy with a Fe2B perpendicular to interface structure (the [002] orientation of Fe2B) exhibits the best erosion-wear resistance. Moreover, the relationship between the Fe2B orientation and ferrite matrix had a significant effect on the erosion-wear microdamage mechanism. Parallel Fe2B zinc suppressive layers were formed at the Fe2B perpendicular to interface, thereby preventing erosion of the matrix by the liquid zinc. Furthermore, Fe-Zn products such as delta-FeZn10 and zeta-FeZn13 formed near the liquid zinc. During the damage process, the directional Fe2B and ferrite matrix structure exhibited a good protective and supporting effect, which combined to reduce the weight loss associated with the damage.
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