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Properties of Brass under Different Pouring Temperatures in Sand Casting Process

机译:砂型铸造过程中不同浇注温度下黄铜的性能

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摘要

This study aimed to determine the toughness of casts produced by the sand casting process at various temperatures against brass, and to investigate the structure contained in the cast madeusing abrass metal mould. This study was experimental research that observed the results of a treatment applied to a specimen group. This pre-experimental study usedthe one-shot case study model in which a group of samples was given treatment. The results showed that the specimen poured at 900°C exhibiteda microstructure consisting ofgood Cu-Zn content, while that at 700°Chad the least Cu content. It indicates that the higher the temperature used for metal casting (brass), the more brittle the cast. The toughness of the materialwas influenced by the alloy composition and the pouring temperature of each specimen; the higher the pouring temperature, the better the treatment of alloy. The photomicrographs indicate that the higher the pouring temperature usedin the metal casting (brass), the lesser the carbon element contained in the material.
机译:这项研究旨在确定在不同温度下砂模铸造工艺生产的铸件对黄铜的韧性,并研究使用黄铜金属模具制成的铸件中所含的组织。这项研究是实验研究,观察了应用于标本组的治疗结果。这项实验前研究使用了单次病例研究模型,其中对一组样品进行了治疗。结果表明,在900℃下浇铸的试样具有良好的Cu-Zn含量的显微组织,而在700℃Chad下的Cu含量最低。这表明用于金属铸造(黄铜)的温度越高,铸件越脆。材料的韧性受合金成分和每个试样浇注温度的影响;浇注温度越高,合金的处理效果越好。显微照片表明,金属铸件(黄铜)中使用的浇注温度越高,材料中所含的碳元素越少。

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