Applying micro plastic on spacer fabric.
将微塑技术应用于间隔机织物。
As one of micro manufacture ways, micro plastic forming has quite important station in the precision, high quality and mass production forming of microparts.
微塑性成形技术作为微加工的一种，在微型零件的精确、高效和批量成形中发挥着非常重要的作用。
However, because the size of specimen in processing are extremely small, the law in micro plastic forming technology is different from macro plastic forming.
由于加工对象尺寸微小，微塑性成形技术存在不同于宏观成形的规律。
Thus, deeply understanding the macro - and micro - plastic deformation mechanisms of BMGs is always important to the improvement of the ductility of BMGs.
因此，研究非晶合金的塑性变形机理和寻找提高塑性的途径是目前研究的热点问题。
The effects of strength mis-matching and specimen geometry on the resistance behavior to ductile crack growth for welded joint were conducted by 3-D FE analysis considering the micro-plastic damage.
通过考虑材料微观塑性损伤，定量研究了焊接接头中强度匹配、试件几何形状对接头抗延性裂纹扩展行为的影响。
Randomly distributed models of micro-plastic strains were used to calculate the micro-plastic deformation produced at each cycle of the steel under high cycle fatigue test.
采用金属材料微元屈服极限随机分布模型，计算出每次循环产生的微观塑性应变，并与用单调拉伸试验确定的材料真实断裂延性联系起来。
Randomly distributed models of micro-plastic strains were used to calculate the micro-plastic deformation produced at each cycle of the steel under high cycle fatigue test.
采用金属材料微元屈服极限随机分布模型，计算出每次循环产生的微观塑性应变，并与用单调拉伸试验确定的材料真实断裂延性联系起来。
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