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首页> 外文期刊>Journal of Iron and Steel Research International >Damage Mechanics of Ferrite Ductile Iron under Uniaxial Stress
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Damage Mechanics of Ferrite Ductile Iron under Uniaxial Stress

机译:单轴应力作用下铁素体球墨铸铁的损伤力学

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摘要

According to the principle of damage mechanics, the damage characteristics of fer-rite nodular cast iron under uniaxial stress were studied by measuring electric resistance. The results show that the damage in nodular cast iron occurs when the applied stress is more than a certain extent, and the damage variable increases with stress. The evolutional law of damage variable as a function of stress was obtained. The damage threshold of nodular cast iron increases with nodularity, but it is below the yield strength, which provides reference significance to the design of machinery structure and the choice of materials. The critical damage variable is not related to the nodularity, which is about 0.060―0.068.
机译:根据损伤力学原理,通过测量电阻研究了铁素体球墨铸铁在单轴应力下的损伤特性。结果表明,当施加的应力大于一定程度时,球墨铸铁会发生损伤,且损伤变量随应力的增加而增大。获得了损伤变量随应力变化的演化规律。球墨铸铁的损伤阈值随球墨度的增加而增加,但低于屈服强度,这对机械结构设计和材料选择具有参考意义。临界损伤变量与结节度无关,约为0.060〜0.068。

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