1) cold rolling
冷拔变形
1.
The performance of single crystal aluminum wire with different cold rolling extend(29 % ,51 % ,64 % ) has been analyzed and the morphology of the tensile fracture has been observed by SEM.
研究了不同程度冷拔变形 (2 9% ,5 1% ,6 4% )的单晶铝线材的拉伸性能 ,并通过扫描电镜对拉伸断口进行了分析 。
2) predrawing
预冷拔变形
1.
The effect of predrawing on the structure and the mechanical properties of the 15 dual-phase steel was studied in this paper.
本文研究了预冷拔变形对普通碳素15双相钢组织和性能的影响。
3) cold-drawing
冷拔
1.
The paper concerns the process parameters of continuous casting and cold-drawing of 12Cr2MoVWTiB seamless steel pipe for high pressure boiler,proposes the feasibility of produced high pressure boiler pipe of 12Cr2MoVWTiB steel by continuous casting billet,the surface quality and mechanical properties of the boiler pipe can meet the demand of standard GB5310-1995.
介绍了12Cr2MoVWTiB钢高压锅炉管的管坯连铸和冷拔生产工艺参数,提出采取连铸坯生产12Cr2MoVWTiB钢高压锅炉管是完全可行的,表面质量和机械性能等方面都能满足GB5310—1995的要求。
2.
It also provides the basic information for the optimization of roll' s diameter in cold-drawing techniques.
针对滚模冷拔大口径方形管成形工艺,采用有限元仿真软件ANSYS/DYNA对不同滚模直径进行仿真和比较分析,揭示滚模直径对拔制大口径方管力参数和变形的影响,为优选滚模直径参数提供了参考。
4) cold drawing
冷拔
1.
Deformation zone stress distribution of cold drawing rifled tubeswith Finite Element Analysis;
冷拔内螺旋凸筋管变形区应力分布有限元分析
2.
Finite element method for the drawing force of cold drawing rifled tubes;
冷拔内螺纹管拉拔力的有限元计算方法
3.
Effects of mandril position on cold drawing internal rifled tubes;
芯棒位置对冷拔内螺旋凸筋管成型的影响
5) cold-drawn steel
冷拔材
1.
When the fuel for the heating furnace of Beiman Special Steel Corporation was changed from gas to oil, severe carbonization happened on the surface of cold-drawn steel.
北满特钢加热炉由烧煤气改烧油后,冷拔材表面产生严重增碳的现象。
6) cold-drawn steel
冷拔钢材
1.
The five characteristics of cold-drawn steel industry status are expounded.
分析了冷拔钢材行业现状的五大特点。
参考词条
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。