solidification temperature

The numerical simulation of3D temperature field of castings during solidification process was carried out and the shrinkage cavity and porosity of sample castings were predicted using G/ R method.

对铸件开展了凝固过程三维温度场数值模拟，并应用G／R法对铸件进行了缩孔缩松预测。

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Finite Difference Method ( FDM ) is usually used for calculating the temperature field of casting solidification processes.

有限差分方法是凝固过程温度场解析的常用数值计算方法.

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Casting temperature have a little effect on the solidification end location.

浇注温度对铸坯的凝固末端位置也有一定影响.

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Adjustment of the after-solution temperature and the solidification bath temperature may improve the structure and morphology of the product, which can be explained with the concept of residual ester value. This shows that the selected technological parameters are reasonable.

通过溶解温度和凝固浴温度的调整，可以改善产品的结构形态，并用剩余酯化度的概念解释了二者之间的关系，证明了工艺参数选择的合理性。

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When curing temperature was preferred to be 260 and the percentage of solidification agent was 3 %.

固化剂质量分数为3%,固化温度为260℃时得到的膜的性能最佳.

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Furthermore, whether and how do these abnormal transitions with temperature of CSROs affect the solidification behavior of compound-forming melts?

并且，化合物形成合金熔体中存在的化学短程有序结构是否及如何对合金的凝固行为及组织产生影响？

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It provide a scientific basis for the electrode melting velocity control and the temperature control of the ingot solidification process, and have a certain value for the actual production.

本文采用的研究方法为目前国内铸造行业研究的热点，为电极熔速的控制和钢锭凝固过程温度控制、结晶器设计等提供了科学依据，对实际生产工程有一定的应用价值。

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Casting of heavy casting steel is a complicated process with high temperature and dynamic solidification condition.

大型铸钢件的铸造过程是一个复杂的高温动态凝固过程。

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In this paper, the temperature field of weld metal solidification cracking in the stainless steel was analyzed and simulated.

进行了不锈钢焊接凝固裂纹温度场分析与数值模拟。

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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

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