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Influence of the State of the Contact Surfaces on the Formation of the Joint of Steel and Brass during Cold Cladding

机译:接触表面的影响在冷熔覆期间钢和黄铜接头形成的影响

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Joint plastic deformation of the components of bimetal 1 according to OST 3-6648-91 brass L90-steel 18JUA-brass L90 should be produced with the greatest possible compression to obtain the necessary strength of the joining of the layers, ensuring the strip looking into a roll without stratification. Preparation of contact surfaces before cold cladding is one of the most important technological operations. The influence of such factors on the strength of the bonding of bimetal layers as the surface hardening of contact surfaces, the microgeometry of contact surfaces, the temperature of diffusion annealing after cladding, the influence of the ratio of the thicknesses of bimetal layers was investigated. Technological recommendations for the production of bimetal 1 on OST 3-6648-91 brass L90-steel 18JUA-brass L90 by the method of cold cladding are developed.
机译:应根据OST 3-6648-91黄铜L90-钢18Jua-Brass L90的联合塑料变形,应采用最大的压缩,以获得连接层的必要强度,确保条带调查没有分层的滚动。冷熔覆前的接触表面的制备是最重要的技术操作之一。这些因素对双金属层的键合强度的影响,作为接触表面的表面硬化,接触表面的微曲线测定法,覆层后的扩散退火温度,研究了双金属层厚度的影响。开发了通过冷覆层的方法制造在OST 3-6648-91黄铜L90-钢18Jua-Brass L90中的技术推荐。

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