Increased durability parts of tillage machines, adapted to soils of different types

V. M., B. D., K. O., Kononogov, Yu.
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引用次数: 2

Abstract

Purpose. Justification of rational parameters of hardening of the working bodies of tillage machines by the method of electro arc processing. Methods. The experimental, mathematical and statistical, monographic. Results. The technology of local hardfacing, which improves the wear resistance of the surfaces of the parts of modification with the use of electro arc processing and with additional point hardfacing with the use of variations in processing modes, various technological methods and materials for adaptation to specific operating conditions. Conclusions 1.According to the results of theoretical studies, the heat balance of the process of electrical contact processing was determined, which allows to determine the most significant factors affecting the energy performance of the process, namely, the controlled voltage U of the arc process of electrical contact processing. 2.According to the results of experimental studies, rational values of the controlled voltage U in the process of electro arc processing within 35–55 V were established, which ensures surface roughness in the range from 0.4 to 1.0 mm. Keywords: electro arc processing, hardfacing, heat balance, parts of tillage machines, regimes, roughness, wear resistance.
增加了耕作机械的耐用性,以适应不同类型的土壤
目的。采用电弧加工方法对耕作机械工作体进行硬化的合理参数论证。实验,数理统计,专著。结果。局部堆焊技术,利用电弧加工和附加点堆焊技术,通过改变加工方式、各种工艺方法和材料,以适应特定的操作条件,提高改性零件表面的耐磨性。根据理论研究结果,确定了电触点加工过程的热平衡,从而确定了影响电触点加工过程能量性能最显著的因素,即电触点加工电弧过程的控制电压U。根据实验研究结果,确定了电弧加工过程中控制电压U在35 ~ 55 V范围内的合理值,可保证表面粗糙度在0.4 ~ 1.0 mm范围内。关键词:电弧加工,堆焊,热平衡,耕作机械零件,制度,粗糙度,耐磨性。
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