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Experimental analysis of flow of ductile cast iron in stream lined gating systems

机译:流控浇口系统中球墨铸铁流动的实验分析

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Stream lined gating systems have been developed for production of high integrity ductile cast iron parts. Flow of ductile cast iron in stream lined gating systems was studied in glass fronted sand moulds where flow in the gating system and casting was recorded by a digital video camera. These results are compared with real time X-ray recordings of melt flow. Results show that flow patterns are the same using both techniques. The glass fronted moulds give global information on flow in the whole gating system and casting while the X-ray analysis gives detailed information on specific areas. The experiments show how the quality of pouring, design of ingates, design of bends and flow over cores influence melt flow and act to determine the quality of the castings.
机译:流线型浇口系统已被开发用于生产高完整性球墨铸铁零件。在带有玻璃的砂模中研究了流线型浇口系统中球墨铸铁的流动,在浇铸系统中浇口系统和铸件的流动由数字摄像机记录。将这些结果与熔体流动的实时X射线记录进行比较。结果表明,两种技术的流动模式相同。玻璃前模具可提供有关整个浇口系统和铸件流动的全局信息,而X射线分析可提供有关特定区域的详细信息。实验表明浇注质量,浇注料设计,弯曲设计和芯上流动如何影响熔体流动并决定铸件质量。

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