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Microstructure-property relationship of the high strength low alloy steels during tensile testing at high strain rates

机译:高强度低拉伸试验过程中高强度低合金钢的组织与性能的关系

摘要

Positive The influence of strain-rate on the room temperature mechanical properties of the Dual-Phase and Transformation Induced Plasticity (TRIP) steels was investigated.The results showed that both the plastic strain, and strength properties increased with increasing strain rates at high strain rates.At strain rates lower than approximateil 1s ~ (-1) the properties no longer have an advantageous proportionality to strain rate and remain strain rate neutral.Possible explanations are offered for trends exhibited, in terms of thermal and athermal considerations, in relation to the respective microstructures of the two steels
机译:研究了应变率对双相和相变诱导塑性(TRIP)钢室温力学性能的影响,结果表明,在高应变率下,塑性应变和强度性能都随着应变率的增加而增加在低于大约1s〜(-1)的应变速率下,这些特性不再具有与应变速率成比例的优势,并且保持应变速率为中性。对于热和非热方面的趋势,可能提供与温度相关的解释。两种钢各自的组织

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