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Correlation between Microstructure and Properties of Semi-Solid Products

机译:半固态产品的组织与性能之间的相关性

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Since the very first production trials, it was evident that semi-solid components exhibit excellent mechanical properties, comparable to those of forged material and, in any case, better than permanent mold castings. Over the years, these findings have been confirmed by many authors. Most of the papers available in scientific literature deals with the demonstration of this improvement, especially in order to show the reliability of new and alternative production routes. On the contrary, only some studies focus their attention on the relationship between enhanced mechanical properties and the microstructure. However, it is demonstrated that the increased performance of semi-solid components is not only due to the absence of porosity, but there is a clear relationship between microstructure and properties. This paper reports about the state of knowledge in this subject, in particular for what concerns tensile, fatigue, wear and corrosion resistance.
机译:自从首次生产试验以来,很明显,半固态零件具有出色的机械性能,可与锻造材料媲美,并且在任何情况下都比永久铸件要好。多年来,这些发现已被许多作者证实。科学文献中可获得的大多数论文均论证了这种改进,特别是为了证明新生产方法和替代生产方法的可靠性。相反,只有一些研究将注意力集中在增强的机械性能和微观结构之间的关系上。然而,事实证明,半固体成分性能的提高不仅是由于没有孔隙,而且在微观结构和性能之间存在明显的关系。本文报告了有关该主题的知识水平,特别是有关拉伸,疲劳,耐磨性和耐腐蚀性的知识。

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