The Effect of Shot Peening Hardening Treatment on Pressure Variation on Mechanical Properties and Microstructure of S45C Steel

Sakuri Sakuri, M. Agung, T. Sugiarto, Nugrah Rekto Prabowo, Utis Sutisna, Reza Azizul, Nasa Al, J. Raya, Mayjen Sungkono, No.KM, Kec. Kalimanah Blater
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Abstract

The purpose of the study was to determine the mechanical properties and microstructure of S45C steel with automatic shot peening treatment. S45C steel is classified as medium steel with a carbon content of 0.51%. Variations of shot peening treatment with varying pressures of 5 bar, 6 bar, and 7 bar. Steel ball shooting uses a size of 0.8 mm, a distance of 100 mm, and a shooting angle of 90o. Hardness test using Vickers and microstructure observation using a microscope. The results of the average hardness test at a pressure of 5 bar are 193.3 VHN, at a pressure of 6 bar with a hardness of 227.2 VHN, and 7 bar with a hardness of 250 VHN. So it can be concluded that the higher the pressure used, the higher the level of hardness obtained. The results of the microstructute photo shown that the higher the pressure released, the more a structure with more martensite phases will be obtained, this has a direct relationship with the hardness of S45C steel.
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喷丸强化处理对压力变化对S45C钢力学性能和组织的影响
研究了经自动喷丸强化处理的S45C钢的力学性能和显微组织。S45C钢属于中钢,含碳量为0.51%。5巴、6巴和7巴不同压力下喷丸强化处理的变化。钢球射击采用的尺寸为0.8毫米,距离为100毫米,射击角度为90度。硬度测试用维氏硬度,显微组织观察用显微镜。5 bar压力下的平均硬度测试结果为193.3 VHN, 6 bar压力下的硬度为227.2 VHN, 7 bar压力下的硬度为250 VHN。由此可以得出,使用的压力越高,获得的硬度水平越高。显微组织照片的结果表明,释放压力越高,得到的马氏体相越多,这与S45C钢的硬度有直接关系。
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