Kroupová Ivana, Gawronová Martina, Lichý Petr, Merta Václav, Radkovský Filip, Janovská Kamila, Nguyenová Isabel, Beňo Jaroslav, Obzina Tomáš, Vasková Iveta, Lána Ivo, Rygel Jiří
Department of Metallurgy and Foundry, Faculty of Materials Science and Technology, VSB-Technical University of Ostrava, 708 00 Ostrava-Poruba, Czech Republic.
Brembo Czech, s.r.o., 720 00 Ostrava-Hrabová, Czech Republic.
Materials (Basel). 2021 Nov 18;14(22):6989. doi: 10.3390/ma14226989.
The aim of this paper is to summarize the possibilities of foundry methods for the production of metallic foams. At present, there are a number of production technologies for this interesting material, to which increasing attention has been paid in recent years. What is unique about metallic foams is the combination of their physical and mechanical properties. As part of our research, we designed and verified four main methods of metallic foam production by the foundry technology, whose products are metallic foam castings with regular and irregular arrangements of internal cavities. All these methods use materials and processes commonly used in conventional foundry technologies. The main idea of the research is to highlight such technologies for the production of metallic foams that could be provided by manufacturing companies without the need to introduce changes in production. Moreover, foundry methods for the production of metallic foams have the unique advantage of being able to produce even complex shaped parts and can thus be competitive compared to today's established technologies, the output of which is usually only a semi-finished product for further processing. This fact was the main motivation for the research.
本文旨在总结铸造法生产金属泡沫的可能性。目前,对于这种有趣的材料有多种生产技术,近年来人们对其关注度不断提高。金属泡沫的独特之处在于其物理和机械性能的结合。作为我们研究的一部分,我们设计并验证了通过铸造技术生产金属泡沫的四种主要方法,其产品是具有规则和不规则内腔排列的金属泡沫铸件。所有这些方法都使用传统铸造技术中常用的材料和工艺。该研究的主要思想是突出那些制造公司无需改变生产即可提供的金属泡沫生产技术。此外,铸造法生产金属泡沫具有独特的优势,即能够生产形状复杂的零件,因此与当今成熟的技术相比具有竞争力,而后者的产出通常只是用于进一步加工的半成品。这一事实是该研究的主要动机。