1) Forge forming
锻造成型
2) combined method of forging
锻造复合成型法
3) forging forming
锻造成形
1.
Wrought magnesium alloys and several key factors affecting the forging forming;
锻造镁合金及影响锻造成形的几个关键因素
4) metal forging
锻造成形
1.
This paper reviews the theory of rigid-plastic/rigid-viscoplastic FEM, the key techniques of FEM simulation and the method of FEM simulation in metal forging.
介绍了锻造成形数值模拟中的刚(粘)塑性有限元法的基本理论,对模具型腔信息描述、网格划分、边界条件处理等数值模拟中的关键技术做了全面系统的总结,分析比较了处理上述问题的各种方法。
5) heavy forging
大型锻造
1.
According to the technology development of heavy forging and aiming to its practical application,the view of heavy forging mass fraction and its controlling,as well as the thoughts of morden comprehensive study have been introduced.
依据大型锻造的科技发展,针对大型锻造的实际应用,阐述了大锻件质量分析与控制的论点和现代综合研究的思路。
2.
The main influencing factor on the friction state of heavy forging process has been analyzed,and the reasearch present status of common friction model in plasticity deformation has been summarized.
分析了影响大型锻造过程摩擦状态的主要因素,概括和总结了塑性成形中常用摩擦模型的研究现状。
6) forging in core-anvil
型砧锻造
1.
Cold rolls made of forged steel MC3 and MC5 with higher alloy contents have been successfully developed through using some special technolo- gies to control the alloy steel's inclusions,gas content,porosity and segregation,especially adopting a main measure like"forging in core-anvil".
通过采用独特的冶炼工艺控制钢中的夹杂物、气体含量、疏松、偏析等内在冶金质量,并采用型砧锻造等主要措施,成功实现了真空精炼工艺制造MC3,MC5合金含量较高的锻钢冷轧辊,各项性能指标均可达到标准要求。
补充资料：均衡成型法
分子式：
分子量：
CAS号：
性质：见等压成型法。
分子量：
CAS号：
性质：见等压成型法。
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