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Effect of Mo and Ni content on the Mechanical Properties of Low Carbon and Alloy Steel Casting Sample for Coal-Mining Machinery

机译:Mo和Ni含量对煤矿机械低碳金属钢铸件力学性能的影响

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The effect of Mo and Ni content on the mechanical properties of low carbon and alloy casting steel by using Vacuum Arc Melting Furnace had been studied in this paper. The results indicated that increasing Mo or Ni content would enhance the hardness and strength of the steel separately, with some of elongation loss. It showed that ferrite refined with the increasing alloy content. The combinations of Mo and Ni content were of importance for comprehensive mechanical properties and wear resistance. The appropriate content in low carbon casting steel with 0.02%Nb was 0.5%-0.6%Mo and 0.2%-0.4%Ni.
机译:本文研究了Mo和Ni含量对低碳和合金铸钢的机械性能的影响。本文研究了真空弧熔炉。结果表明,增加Mo或Ni含量将分别提高钢的硬度和强度,其中一些伸长率损失。它表明,铁氧体通过增加的合金含量精制。 Mo和Ni含量的组合对于综合机械性能和耐磨性具有重要性。低碳铸钢中的适当含量,0.02%Nb为0.5%-0.6%Mo和0.2%-0.4%Ni。

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