1)  Squeezing Casting
挤压铸造(液态模锻)
2)  extruding
挤压
1.
Technological research on extruding steering spiral bar;
转向螺杆的挤压成形工艺研究
2.
Experimental research on the diet fiber of rice bran by extruding;
挤压加工米糠膳食纤维的试验研究
3.
The experimental study on the influence regularity of extruding-expanding on crude fibre content of corn straw;
挤压膨化对玉米秸秆中粗纤维含量的影响
3)  extrude
挤压
1.
To explore why the ratio of collectable wort extract is higher than that of non-extruded,the influences of all parameters of rice extrusion system(barrel temperature,material moisture,screw speed) on resistant starch content of extuded rice were studied by using second-order quadratic orthogonal rotating combination design method.
为探索挤压蒸煮大米啤酒辅料麦汁浸出物收得率高于传统不挤压蒸煮啤酒辅料收得率的原因,用二次正交旋转组合试验法设计安排试验,研究了大米挤压蒸煮系统诸参数(套筒温度、物料含水量、螺杆转速)对大米抗性淀粉含量的影响规律。
2.
The microstructure and mechanical properties of the extruded and rolled plates of spray co-deposited 7075/SiCp composites were tested and analyzed.
对喷射共沉积7075/SiCp复合材料坯经过挤压和轧制后的板材微观组织和力学性能进行了测试和分析。
3.
Then, the non-coarse-grain recrystallizational extruded LY 12 aluminum alloy bars can be manufactured.
通过大量生产实验获得了生产无粗晶环的LY12合金挤压棒的工艺方案和最佳参数。
4)  squeeze
挤压
1.
Application of Squeeze on Permanent Mould Casting of Mg-Alloys;
挤压在镁合金金属型铸造中的应用
2.
An investigation on extracting method of wheat straw pulp black liquor Extraction technique of squeeze and filtration - diffusion and displacement integrated;
麦草浆黑液提取方法的探讨 挤压过滤——扩散置换集成提取技术
3.
The proper squeeze which is a or repeated essential technological process before processing the attapulgite clay can make it dissolved and make it more viscid and colloidal.
适当的挤压作用,有利于凹凸棒石的水化和粘结性能、胶体性能的发挥,这是凹凸棒石粘土加工必须的一道或多道工艺过程。
5)  extrusion
挤压
1.
Research on intelligent design system for extrusion process of thin-walled cylinder based on CBR/RBR integrated reasoning;
基于CBR/RBR集成推理的薄壁圆筒件挤压工艺智能设计系统的研究
2.
Saccharification Experiment for Extrusion Cooked Wheat Used as Beer Adjunct;
挤压蒸煮小麦作啤酒辅料的糖化试验
3.
Die container optimum design for aluminum alloy extrusion;
铝合金挤压模具型腔曲线优化设计
6)  Compression
挤压
1.
In compressed uplifting phase, basin uplifted beacuse of compression,and norrnal fault became overthrust one, with weak folding.
吐哈盆地HYS构造从晚中生代至新生代经历了拉张伸展期、挤压抬升期、伸展拗陷期和强烈挤压褶皱期等演化阶段。
2.
Using the semi-closed vessel as the source of compression force, the device can simulate any kind of dynamics status in propellant charge at the bottom of projectile.
该文介绍研制成功的发射药床动态挤压破碎物理仿真试验装置。
3.
Simulation of the compression and bursting of the charge bed in the chamber is one of the key problems in the study of launching safety of gun propellant charge.
发射药床挤压破碎的物理仿真是火炮发射装药发射安全性研究的关键技术。
参考词条
补充资料:挤压压铸模锻技术
挤压压铸模锻技术是一项统一压铸、低压(差压、负压、重力)
铸造、挤压铸造、连铸连锻、半固态加工的工业性成熟技术


挤压压铸模锻技术是真空压铸、挤压压铸、多向挤压压铸、挤压压铸模锻工艺与装置及其模具技术的简称,其性能与特征包括:

1.实现普通压铸机就是挤压压铸模锻机,最大具有相同锁模力与挤压力,兼容传统压铸机所有性能。

2.一台挤压压铸模锻机就可以压铸和挤压压铸所有高低流动性有色金属合金,包括原来不能用压铸生产的ZL203。可以完成普通压铸、挤压压铸、压铸模锻、半固态加工,全面高效替代低压(差压、重力、负压)铸造等全部特种型腔成形工艺。

3.以“普通压铸充型,挤压压铸补缩”特性,实现能装多大模具就能压铸多大的零件,提高可压铸面积10倍。

4.镁合金半固态挤压压铸模锻工艺,可降低镁合金始铸温度100度以上,解决了镁合金的氧化燃烧难题,可实现正常气氛下的镁合金压铸。

5.挤压压铸模锻工艺与装备技术,是使半固态加工工艺从实验室技术,实现工业化应用的表达工艺与装备。

6.全投影面积挤压补缩比压可达到500-1000MPa——模锻的水平。挤压压铸件,完全清除缩孔缩松等缺陷,可固溶强化热处理。

7.多向挤压压铸模锻机和多向挤压压铸模锻工艺,可在6个投影面对零件进行大面积挤压压铸模锻补缩。

8.真空压铸机,荣获“国家级新产品”称号
说明:补充资料仅用于学习参考,请勿用于其它任何用途。