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1)  pouring height
浇注高度
1.
For later easy extrusion,the alloy after filling is of above 85% liquid,And considering casting error,take 68 mm as the pouring height(h).
为易于随后的挤压成形,保证合金充足后有85%以上呈液体,且考虑浇注误差,浇注高度取68 mm。
2)  high temperature pouring
高温浇注
1.
Based on the analysis of characteristics of heavy iron castings,it\'s considered that their casting method design principle should be as:bottom gating with dispersed ingates,fast and high temperature pouring.
通过分析大型铸铁件的特点,认为其浇注工艺设计的主要原则应当是:分散底注、快速浇注和高温浇注;并对各种浇注工艺的优缺点进行了详细分析。
3)  pouring temperature
浇注温度
1.
Effect of pouring temperatures on the microstructure of the semi-solid AlSi_9Mg alloy;
浇注温度对AlSi_9Mg半固态组织的影响
2.
Computer Aided Prediction of Effects of Pouring Temperatureon on the Solidification Structure for Twin-roll Thin Strip;
浇注温度对双辊薄带凝固组织影响的模拟预测
3.
Select the Proper Pouring Temperature of Castings Depending on Mold Filling Simulation;
依据充型模拟确定铸件浇注温度
4)  casting temperature
浇注温度
1.
Effects of Casting Temperature on Al-5Cu Alloy in Indirect Squeezing Casting;
浇注温度对间接挤压铸造Al-5Cu合金的影响
2.
This paper researches the influence of modification process parameters(such as modification agent content, modification temperature, modification time and casting temperature etc.
研究了工业生产Sr变质亚共晶Al-7%Si合金时,变质剂含量、变质温度、变质时间、浇注温度等工艺参数对合金共晶硅细化及其性能的影响。
3.
The SiC foam/SiC_p/Al composites were fabricated by squeeze casting at different casting temperatures and the effect of casting temperature on mechanical properties of composites were investigated.
采用挤压铸造法制备出 SiC 泡沫/SiC_p 混合增强铝基复合材料,研究了不同浇注温度对复合材料力学性能的影响及影响机制。
5)  Pouring speed
浇注速度
1.
Take 60t die-casting pouring basket as study subject,the melting pool depth of pouring basket,the level fluctuate of intermediate ladle under the influence of the pouring speed,as well as the immixture slag situation under any working circumstances have been researched.
以60 t模铸中间包为研究对象,研究了中间包熔池深度、浇注速度对中间包液面波动的影响,以及各种工况条件下的卷渣情况。
6)  Pouring velocity
浇注速度
1.
Influence of pouring velocity on flow field was investigated in this paper.
基于ANSYS软件的CFD模块,利用不可压缩流体的流动控制方程和标准的K-ε模型,以1623K的HT150金属液为对象,对不耦合温度场时铸件充型过程的二维流场进行数值模拟,考察了浇注速度的影响。
补充资料:浇注
把金属熔液、混凝土等注入(模型等)。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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