研究了电焊和点焊硬化犁头的耐磨性

M. Vаsylenko, D. Buslаiev, O. Kаlinin, Yu. Kononogov
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摘要

目的。采用电弧法和耐磨电极法研究了硬化犁铧在不同类型土壤中的耐磨性。运用摩擦和磨料磨损理论的基本原理,进行和规划试验,对试验数据进行数理统计和分析处理,对试验犁进行实地试验。确定了在不同类型土壤中运行的股份的特征缺陷。根据提出的硬化工艺,降低了实验股的磨损率。研究表明,耕作机械在不同类型的土壤上作业时,其磨损部件的性质有很大的不同。结果表明:沙质土壤硬化犁头的磨损率比系列部件的磨损率低1.2 ~ 1.6倍;粘土硬化犁的磨损率也比系列犁低1.2 ~ 1.3倍。关键词:开发、堆焊、犁铧、不同类型土壤、磨损、耐磨性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Researched the wear resistance of hardened plowshares by electroarc and spot welding
Purpose. The researched of the wear resistance of hardened plowshares by electroarc and abrasion-resistant electrodes, when they are used in soils of different types. Methods. Conducting and planning an experiment, mathematical statistics and analytical processing of experimental data, field tests of experimental plowshares using the basic principles of the theory of friction and abrasive wear. Results. The characteristic defects of shares operating in different types of soils are determined. According to the proposed hardening technology, the wear rate of experimental shares is reduced. Conclusions 1.It has been established that the nature of the parts of tillage machines wear is significantly different when operating on various types of soils. 2.It was found that the wear rate of hardened plowshares for sandy soils is 1.2–1.6 times less than that of serial parts; hardened plowshares for clay soils also have a wear rate of 1.2–1.3 times less than serial ones. Keywords: exploitation, hardfacing, plowshares, soils of different types, wear, wear resistance.
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