用逐层冷却的方法使金属铸件形成均匀的细晶组织

D. Okhlupin, A. Korolev
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引用次数: 0

摘要

介绍了铸件定向结晶真空铸造技术的发展。考虑了铸件的逐层冷却技术,以确保铸件具有均匀的细晶金属组织。这种效果的实现是由于冷却的模腔缓慢填充冷却液由于液体在进口和出口的流速的差异。在每一个时刻,金属的冷却都是由一层薄薄的铸件进行的,这保证了铸造材料的均匀性和细晶粒结构,没有收缩和内应力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Formation of a Homogeneous Fine-Grained Structure of the Casting of a Metal Part by the Method of Layer-by-Layer Cooling
The article is devoted to the development of vacuum casting technology with directional crystallization of the casting. The technology of layer-by-layer cooling of a casting is considered, which ensures the formation of a casting with a uniform fine-grained metal structure. This effect is achieved due to the slow filling of the cooled mold cavity with cooling liquid due to the difference in the flow rate of the liquid at the inlet and outlet. At each moment of time, the cooling of the metal is carried out by a thin layer of the casting, which ensures the uniformity and fine-grained structure of the casting material, the absence of shrinkage and internal stresses.
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