1) multi-point forming
多点成形
1.
Sectional multi-point forming and its numerical simulation of plates;
中厚板分段多点成形及其数值模拟
2.
Numerical simulation on multi-point forming process for tailor-welded blank;
拼焊板多点成形过程的数值模拟
3.
Numerical simulation of springback on double-curved autobody panel during multi-point forming;
双曲度覆盖件多点成形中回弹的数值模拟
2) Multi point forming
多点成形
1.
This paper is focused on the basic principle,forming method and the calculations of forming force and blank holder force for 630 kN multi point forming press.
重点介绍了 630kN多点成形压力机的基本原理、成形方法、成形力及压边力的计算。
2.
The criterion to design the transient area for sectional multi point forming is suggested.
文中基于理想路径成形理论 ,提出了板材多点柔性成形最优成形路径设计的理论与方法 ,建立了多点分段成形过渡区设计准则与多点成形过程中静力隐式弹塑性大变形有限元数值模拟方法 。
3.
This paper centres on performance parameters,operating principle, forming method and characteristics of the 630 kN multi point forming (MPF)press for sheet metal.
重点介绍 63 0 k N多点成形压力机的性能参数、工作原理、成形方法及特点。
3) Multi-point forming machine
多点成形机
4) multi-point press
多点压机成形
1.
Numerical simulation study on the process of multi-point press forming and multi-step multi-point die forming;
多点压机成形与多道次多点模具成形的数值模拟研究
2.
By contrasting the two forming modes of multi-point die(MPD) and multi-point press (MPP), The formation process of dimple and the measures to preventing dimple have been discussed in this paper, influence of different forming modes on dimple has been analyzed.
本文采用有限元数值模拟手段针对多点成形过程中产生的压痕现象以及消除压痕的措施进行探讨,主要是对比多点模具成形和多点压机成形两种不同工艺,分析不同成形工艺条件下对压痕的影响。
5) multi-point die
多点模具成形
1.
Numerical simulation study on the process of multi-point press forming and multi-step multi-point die forming;
多点压机成形与多道次多点模具成形的数值模拟研究
2.
By contrasting the two forming modes of multi-point die(MPD) and multi-point press (MPP), The formation process of dimple and the measures to preventing dimple have been discussed in this paper, influence of different forming modes on dimple has been analyzed.
本文采用有限元数值模拟手段针对多点成形过程中产生的压痕现象以及消除压痕的措施进行探讨,主要是对比多点模具成形和多点压机成形两种不同工艺,分析不同成形工艺条件下对压痕的影响。
6) multipoint roll forming
多点滚压成形
补充资料：自燃点
分子式：
分子量：
CAS号：
性质：化工产品物理性能指标之一。指在规定条件下，试样在没有火焰时自发着火的最低温度。一般用摄氏温度表示。
分子量：
CAS号：
性质：化工产品物理性能指标之一。指在规定条件下，试样在没有火焰时自发着火的最低温度。一般用摄氏温度表示。
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