材料发生相变时施加小于弱相(如奥氏体)弹性极限的载荷可发生不可逆变形,称为相变塑性(transformation plasticity)。近20年来,作为区别经典塑性的不可逆变形,相变塑性得到很多材料、学、物理学工作者的关注[1-3]。
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...相变塑性[gap=1935]Key words: Cu-12%Al alloy; continuous unidirectional solidification; martensite; phase transformation plasticity...
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相变诱发塑性 TRIP ; Transform Induced Plasticity
相变诱导塑性 TRIP ; Transformation Induced Plasticity
相变诱导塑性钢 TRIP ; transformation induced plasticity steels
相变超塑性焊接 TSW
相变诱发塑性钢 TRIP ; TRIP Steel
相变超塑性扩散焊接 transformation superplastic diffusion bonding
相变超塑性 transformation induced superplasticity
多相合金塑性变形 Plastic Deformation of Heterogeneous Alloy
The quantitative mathematical models of stress-induced transformation for pearlite are established and the models for transformation plasticity are modified.
本文建立了应力诱导珠光体转变的定量数学模型，修正了相变塑性的计算公式。
参考来源 - 45钢热处理过程组织转变量预测的试验研究·2,447,543篇论文数据，部分数据来源于NoteExpress
根据试验结果确定了相变塑性模型。
A phenomenal model has been proposed according to the experimental results.
研究了应力对45钢珠光体相变动力学及相变塑性的影响。
The influence of applied stress on the transformation kinetics and transformation plasticity during pearlite transformation of 45 steel has been studied.
同时，在弹性范围内，相变塑性系数也随外加应力增加而增加。
In addition, the parameter of transformation plasticity increases with applied stress.
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