Tensile Strength of S45C Steel Material for SMAW Welding with Various Cooling Media

Alexander Sebayang, Efrata Tarigan, Liwat Tarigan, Berta Ginting, Achmad Irianto
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Abstract

One of the welding methods that is widely used is the SMAW welding process (Shield Metal Arc Welding) which is also called Electric Arc Welding. This research aims to analyze the effect of variations in cooling media on tensile test results on welding results of S45C steel material. This research uses S45C material. The material is subjected to single vee joint welding, where at the completion of welding the material is immersed in a cooling medium of oil, water, air and is not treated in this research. From the research results, it can be concluded that the highest ultimate tensile strength (Tu) value is when the material is cooled with oil media, where the highest value is 517.15 N/mm2, followed by air cooling media, where the highest value is amounted to 475.85 N/mm2, and the lowest was with water cooling media where the highest value was 455.50 N/mm2. Thus, cooling with oil as a medium is the best between the two cooling media, water and air.
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不同冷却介质下 SMAW 焊接 S45C 钢材料的拉伸强度
其中一种被广泛使用的焊接方法是 SMAW 焊接工艺(金属保护弧焊),也称为电弧焊。本研究旨在分析冷却介质的变化对 S45C 钢材料焊接拉伸测试结果的影响。本研究使用 S45C 材料。材料采用单面焊接,焊接完成后将材料浸入油、水、空气等冷却介质中,本研究未对冷却介质进行处理。从研究结果中可以得出结论,用油介质冷却时材料的极限拉伸强度(Tu)值最高,为 517.15 牛顿/平方毫米,其次是空气冷却介质,最高值为 475.85 牛顿/平方毫米,最低的是水冷却介质,最高值为 455.50 牛顿/平方毫米。因此,在水和空气两种冷却介质中,以油为介质的冷却效果最好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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