轧钢机轧辊耐久性的提高。第二部分

I. Ilca, D. Miloștean, Ştefan Balazsi
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引用次数: 0

摘要

“通过分析工业实践中的情况,确定了在该国根据经典技术制造的轧机轧辊上获得的结构不能确保运行中所需的硬度和耐用性。在运行条件下进行的研究确保了获得的结构能使轧辊的硬度尽可能高hout降低了施加的韧性特性(弹性、伸长率)。从操作中经历的变体中,选择了具有高技术和科学价值的变体,结果是随着阻力特性的增加,回弹性没有降低,与经典技术加工的轧辊相比,开发耐久性翻了一番。“
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Increasing of rolling mill rolls durability in operation – part II
"By analyzing the situation in the industrial practice, was established that the structure obtained at the rolling mill rolls manufactured in the country according to classical technology does not ensure the necessary hardness and durability in operation. The research carried out in operating conditions ensured the obtaining of structures that would give the rolls hardness as high as possible without diminishing the imposed toughness characteristics (resilience, elongation). From the variants experienced in operation, those with high technological and scientific value were selected, resulting that with the increase of resistance characteristics, the resilience did not decrease, and the exploitation durability doubled compared to the rollers processed by classical technology."
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