通过蒸汽机对ASTM-A36钢的物理焊接等待时间

Yoga Mangun Wirajaya, Nur Yanu Nugroho, Bagiyo Suwasono
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引用次数: 2

摘要

在工业化国家,低碳钢经常被用作建筑材料。低碳钢焊接过程中存在的一个问题是低碳钢易受振动的影响。焊接后热处理(PWHT)工艺可以最大限度地减少连接区域(热影响区)残余电压的形成。本研究的目的是找出热处理的变化对加热钢ASTM A36(保温时间)的影响,以进行渗透试验,并确定焊接后给予ASTM A36钢的合适温度。PWHT过程在400°C下进行了几种不同的保温时间,即1小时,2小时和3小时。渗透测试结果表明,保温时间最佳为3小时,未出现气孔缺陷
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Holding Time pada Sifat Fisik Pengelasan SMAW Baja ASTM-A36 melalui Uji Penetran
In the industrialized world, low-carbon steel was often used as a construction material. One of the problems obtained in the low carbon steel welding process was its nature  susceptible to shakes.  The minimize the formation of residual voltage in the connection area (Heat Affected Zone) can be done by the Post Weld Heat Treatment (PWHT) process The purpose of this study was to find out the effect caused by variations in heat treatment on heating steel ASTM A36 (Holding Time) to penetrant tests and determine the suitable temperature given to ASTM A36 steel after the welding process. The PWHT process was carried out with several variations of Holding Time, namely 1 hour, 2 hours, and 3 hours at 400 °C.  Based on penetrant testing showed that the best value in Holding Time was 3 hours with no appearance of porosity defects
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