1.
Mould chilling power required (approx)
模具冷却功率(大约)
2.
Research on CAD/CAE Technology for Cooling System Unit of Plastic Injection Molds
注塑模具冷却系统库的CAD/CAE技术研究
3.
Research on the Injection Mould Cooling System of Large Complicated Component;
大型复杂构件注射成型模具冷却系统分析研究
4.
A proper scheme of the flow and heat-transfer model was established based on similarity theory.
基于相似理论建立了玻壳模具冷却器的流动传热模型.
5.
The Numerical Simulation on Temperature Field by FEM and Its Application to the Cooling Analysis of Plastic Part and Mould;
温度场的有限元数值模拟及其在塑件和模具冷却分析中的应用
6.
Mold heaters/chillers
模具加热器/冷却器
7.
cooling the preform mould by chiller instead of water tower could reduce the cycle time by 10%.
以冰水冷却瓶坯模具比水塔水冷却缩短冷却时间10%
8.
Research and Development on Cooling System of Injection Mold CAD
注塑模具CAD冷却系统的研究与开发
9.
Numerical Simulation on the Cooling Capacity of Partial Mould under Natural Condition;
自然冷却条件下压铸模具局部冷却能力的数值分析
10.
Mold temperature is controlled by water flow in cooling channels.
模具温度可用冷却槽中水的流动来控制。
11.
Heat Balance Analysis of Hot Stamping and Optimizing Design of Cooling System;
热成形模具热平衡分析及冷却系统设计优化
12.
Mould should be designed with maximum cooling and with appropriate amount of ejection points.
模具在设计上要做到尽快冷却，上、下内模高温点应该有个别的冷却，应有适量顶针。
13.
Optional-laying cooling water channel in the mould could be obtained by precision casting, and optimal cooling effect could be achieved.
利用精密铸造的方法可以获得任意布置冷却水道的模具,达到最佳的冷却效果。
14.
Over the life of the mold, corrosion in the cooling channels decreases cooling efficiency thus degrading part quality and increasing cycle time.
超过模具生命的，冷却系统的腐蚀降低了冷却的效率，因此会降低产品的质量并且增加成型时间。
15.
Modeling of the Cooling Water Outlet Temperature of Closed Cooling Tower
封闭式冷却塔冷却水出口温度的建模
16.
Collateral Application and Study on CAE Cooling Technique in Mold Design;
CAE并行冷却分析技术在模具设计中的应用与研究
17.
Multi-cycle Numerical Analysis on the Local Cooling Capacity of Mould during Casting Solidification Process;
铸造凝固过程中模具局部冷却能力的多循环数值分析
18.
Study on the Cooling Capacity of Partial Mould by Phase Transformation Heat Changing;
相变强化换热对模具局部冷却能力影响的数值分析