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铸铁厂的前途取决于依据实践研究与开发出的先进的生产方法、原材料和管理制度的采纳和应用。铸铁件若要与由其它材料和其它制造方法所得到的零件竞争,其中包括轻合金、微合金钢、金属基的和其它的复合材料、现代聚合物和工程陶瓷,则技术上的不断进步是至关重要的。 本文将通过叙述一般的研究趋势,以及英国铸铁研究学会和别的单位在造型制芯工艺及其控制、凝固模拟、无损检测、高性能铸铁及日益增强的计算机与自动器的作用等多方面的工作中所取得的许多研究成果,来说明目前正面临的这场挑战。
The future of the iron foundry depends on the adoption and application of advanced production methods, raw materials and management systems based on practical research and development. Cast iron parts To compete with parts made from other materials and other manufacturing methods, including light alloys, micro-alloyed steels, metal-based and other composites, modern polymers and engineering ceramics, the technological advancement is Critical. This article will address the general trends in research and the various aspects of the British Iron Society and other institutes in the modeling of core technology and its control, solidification modeling, non-destructive testing, high performance cast iron and the growing role of computers and robots Many of the research results that have been obtained from the work illustrate the current challenge.