1) cold deformation
冷变形量
1.
It was found that the tensile strength increased, while the ductility decreased with the increase of cold deformation strain, which confirms the general principles.
然而,当冷变形率达80%,塑性仍然保持在16%,证明这是一种高塑性合金,随着冷变形量增加,晶粒被拉长。
2) cold rolling reduction
冷轧变形量
1.
Cold-rolling process is a important stage in Ti+P-IF steel manufacturing process,and cold rolling reduction is main parameter.
冷轧生产工艺是Ti+P-IF钢生产中的重要环节，冷轧变形量是Ti+P-IF钢冷轧生产中主要的工艺参数，研究不同变形量下Ti+P-IF钢再结晶组织和织构的变化规律，有重要的理论和实际意义。
2.
The change regularity of the recrystallization microstructures and textures for Ti+P-IF steel in the different cold rolling reduction is studied by such means as the microstructure observation,TEM analysis and texture measurement.
采用金相组织观察、TEM分析和织构测试等手段,对Ti+P-IF钢在不同冷轧变形量下再结晶组织和织构的变化规律进行了研究。
3) total cold rolling reduction rate
冷轧总变形量
4) amount of cold plastic formation
冷塑性变形量
1.
Under the condition of the laboratory, the relations of quenching, soaking time, interred time between quenching and aging, amount of cold plastic formation and artificial aging process with properties of alloy 2A12 sheet are studied.
在实验室条件下,研究了淬火加热温度、淬火加热保温时间、淬火后停放时间、冷塑性变形量和人工时效制度与2A12合金板材性能的关系,并确定了该合金的形变热处理制度。
5) cold-drawing deformation
冷拉形变
1.
The compound strengthening and toughening of sub-critical quenching and cold-drawing deformation on 20CrMnMo steel was studied.
对20CrMnMo进行亚温淬火热处理和冷拉形变的复合强韧化研究。
6) cold deformation
冷变形
1.
Investigation on cold deformation and dynamic recrystallization of Cu-Ni-Si-Ag alloy;
Cu-Ni-Si-Ag合金冷变形及动态再结晶研究
2.
Effect of cold deformation and tempering on ductility of low carbon martensite steel;
冷变形低碳马氏体钢的回火塑性
3.
Effects of Cold Deformation on Super-elasticity and Microstructure of TiNiCr Shape Memory Alloys;
冷变形对TiNiCr形状记忆合金超弹性和组织的影响
补充资料：高纯铝(LO_(3))冷变形和再结晶过程显微组织
高纯铝(LO_(3))冷变形和再结晶过程显微组织
历史·金属材料高纯铝(L【】。)冷变形卸再结晶过程显缴细甥玲 轧制 样黑 明放大倍数260。c保温30分钟后组织280。c保温30分钟后组织3sO。c保温30分钟后组妇480。c保温30分钟后组织5s0。c保温30分钟后组蛔再结晶刚开始再结晶晶粒增多再碧晶基本完威晶粒开始长走晶粒急刷长大 # 凄 b 极‘阴两牝量拙光形解振∞变电煸×
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条