1) solution extrusion
溶液挤压
2) hydro-extrusion
液压挤压
3) hydrostatic extrusion
静液挤压
1.
Study on hydrostatic extrusion technology of W6Mo5Cr4V2 high speed steel;
静液挤压W6Mo5Cr4V2高速钢的工艺研究
2.
Experiments and simulation study on hydrostatic extrusion processes of magnesium alloy silk;
镁合金丝静液挤压物理模拟实验与数值模拟分析
3.
Deformation behavior and structure of Zr base bulk amorphous alloy in supercooled liquid region by hydrostatic extrusion;
Zr基非晶合金在过冷液相区静液挤压的变形行为及结构
4) liquid-solid extrusion
液固挤压
1.
A real-time monitoring system is developed,which is aiming at the difficulties of controlling liquid-solid extrusion process and the key parameters.
针对液态浸渗挤压复合材料成形过程实施难度大、工艺参数和成形过程难以控制的现存问题,以PCI数据采集控制卡为核心,采用LabVIEW软件设计开发了工艺实时监控系统;实现了对工艺过程中重要参数的在线采集、显示与存储,利用该监控系统进行液固挤压复合材料实验,基本实现了对温度等关键工艺参数的过程控制;实验结果表明了该系统的可靠性,从而为真空吸渗挤压复合材料工艺的实际应用奠定了基础。
5) Liquid-solid Extrusion
液-固挤压
1.
The computer simulation for liquid-solid extrusion forming process is a valid method to study on the process and the law of the change of its parameters.
复合材料液-固挤压成形工艺的计算机仿真是研究该工艺过程及其参数变化规律的有效方法。
2.
Aiming at the features of liquid-solid extrusion process of composite,a data acquisition sofeware has been developed using Borland C ++Builder5.
针对液-固挤压复合材料成形工艺的特点,在自行开发的数据采集硬件系统的基础上,利用BorlandC++,在windows98系统平台下开发了相应的数据采集软件。
3.
Research on Data Collecting System and Fuzzy Control Foundation for Liquid-Solid Extrusion;
液-固挤压复合材料工艺是近年来发展起来的一种复合材料成形新工艺，因其具有工序少、成本低等优点应用前景十分广阔。
6) liquid extrusion
液态挤压
1.
Analysis on flow velocity and equivalent strain of the metal in the process of liquid extrusion;
液态挤压过程中金属流动速度与等效应变的分析
2.
Numerical simulation of infiltration process in liquid extrusion for fabrication of Al_2O_3f /LY12 composites;
液态挤压制备Al_2O_(3f)/LY12复合材料浸渗过程的数值模拟
3.
Using liquid extrusion to manufacture the aluminum-alloy grip, taking the place of hot die forging, can greatly increase the material utilization rate, reduce the processing procedures and lower the product cost.
采用液态挤压代替热模锻生产铝合金钳柄体 ,可显著提高材料利用率、减少成形工序及降低产品成本。
补充资料：冲击挤压(见冷挤压)
冲击挤压(见冷挤压)
impact extrusion
ehongji jiya冲击挤压(impaet extrusion)见冷挤压。
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