work-hardening effect 加工硬化效应
It's difficult to reach the best work hardening effect for high manganese steel under low and medium stress, so alloying and modification are adopted to improvethe wearing property.
由于普通高锰钢在中、低应力下往往难以达到最佳加工硬化效果,常常需采取合金化或改性处理。
参考来源 - 模拟实际工况条件下高锰钢加工硬化规律及机制的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The research results show that the microstructure and work hardening mechanism are distinguishing under different work hardening effect;
结果表明，在不同硬化条件下高锰钢中的硬化组织不同，其加工硬化的机制也不相同。
The yield strength of JCOE welded pipe was different from the mother steel plate because of the influence of Bauschinger effect and work hardening.
由于包辛格效应和加工硬化的影响，JCOE制管后相对所采用钢板管体屈服强度会发生变化。
This model took account of material anisotropic and work hardening properties, and included the influence of the Bauschinger effect.
该模型考虑了材料的各向异性、加工硬化特性及包辛格效应的影响。
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