mold temperature

The paper investigated the effect of the mold temperature on the mechanical properties and reaction layer structure of the titanium castings with the tensile test and modern surface analysis technique.

我们采用拉伸试验及现代表面分析技术，研究了不同铸模温度对铸钛机械性能及表面反应层结构的影响。

The results indicated that the tensile strength and yield strength of titanium castings increased but elongation rate decreased, and the hardness layer become thicker when the mold temperature raised.

结果表明，随着铸模温度升高，铸钛件的抗拉强度、屈服强度增加而延伸率下降，同时，铸钛表面硬化层增厚。

The heat transfer in continuous casting of Tin was calculated with this model, it was found that temperature of initial solidification area was varied periodically along with mold oscillation.

在此基础上，模拟了结晶器振动条件下的锡液初始凝固传热行为，发现锡连铸中，初始凝固区域温度随结晶器振动而发生周期性变化。

Mold temperature control Series auxiliary equipment such as injection molding machine Products.

模具控温系列等注塑机辅助设备产品.

First preset mold temperature machine to the temperature required for injection mold, molding for the high-quality products once and reducing the tryout material.

模温机先预调达到注塑模具所需的温度，一次成型为优质产品，减少试模原料。

Then, a Box-Behnken design by using Design-expert software was conducted, we selected mold temperature, melt temperature, holding pressure and dwell time as experimental factors, selected warpage and shrinkage as target variable.

其次，运用Design-expert软件设计了Box-behnken试验，选取模具温度、熔体温度、保压压力、保压时间作为实验因素，以翘曲变形和体积收缩率作为目标变量。

Maintaining the correct mold temperture becomes more important and may justify mold temperature control equipment.

保持模具有适当温度,越来越显得重要,因而配备模具的温度控制设备是完全合理的.

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.

Process window analysis, another part of mold flow analysis, examines melt temperature, mold temperature, injection pressure, and fill times.

加工窗口分析、它零件的模流分析，检查熔体温度、具温度、塑压力和充填时间。

The results show that temperature gradient on the front edge of solidified shell in combined mold can be reduced and the proportion of equiaxial crystal of billet is more than 80%.

结果表明：复式结晶器能够降低钢液凝固前沿的温度梯度，从而使铸坯的等轴晶率超过80%。

The effect of the mold temperature on the mechanical properties and reaction layer structure of the titanium castings

铸模温度对铸钛机械性能及表面反应层结构的影响

Testing and Analysis of Temperature Field of Camshaft during Solidification Produced by Shell Mold with Iron Shot Backing

壳型填铁丸工艺条件下凸轮轴凝固温度场测试及分析

Model experiment of meniscus temperature fluctuation during continuous casting mold oscillation

连铸结晶器振动下弯月面处温度波动的模拟实验

Computer simulation of the mold temperature field for the ELCC Technology

太阳电池硅片ELCC技术模具温场的计算机模拟

The defects can be avoided the use of casting rib and control of the mold temperature.

采用铸筋、控制模温等措施可消除铝涡壳铸件的冷隔、缩松缺陷.

For single parameter of gas assisted process, the major influence the thickness distribution was the melt temperature and mold temperature gradient.

气辅制程上主要影响偏心率的参数为射胶温度及模具温度。

Study and Analysis on the Multiroute Temperature Control Equipment for Mold

模具多路温度控制器的研制与分析