Experimental Evaluation of Wöhler Curve for Mild Steel Plates Manufactured In Nepal

Subrat Mani Dixit, H. Dura, Hemanta Dulal
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Abstract

This research work was carried out to explore the fatigue behavior of Mild Steel Plates manufactured in Nepal and determine the Wöhler Curve of the plates by preparing test specimens and conducting fatigue experiment of the specimens in the rotating cantilever bending fatigue test machine. The laboratory data thus obtained were plotted to generate the Wöhler Curve of the material. Along with the curve the Basquin’s Coefficients and Endurance limitup to 106 cycles were determined. Specimen was designed in accordance to ASME E 466-15 and the machining was done in accordance to IS 1075-1985 and then was subjected to various different loads. Exploratory tensile test of the material was also done in order to find out the proportion of the applied load with respect to the ultimate strength of the material. Surface crack was also inspected.Micro void coalescence and Micro cleavage formations were noticed in the fractured section.
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尼泊尔低碳钢板Wöhler曲线的实验评价
本研究工作通过制作试件,在旋转悬臂弯曲疲劳试验机上进行试件的疲劳试验,对尼泊尔生产的低碳钢板的疲劳行为进行了研究,确定了低碳钢板的Wöhler曲线。将得到的实验数据绘制成材料的Wöhler曲线。随曲线的变化,确定了巴斯昆系数和106次循环的耐力极限。试件按照ASME E 466-15进行设计,按照IS 1075-1985进行加工,并承受各种不同载荷。还进行了材料的探索性拉伸试验,以找出施加载荷相对于材料的极限强度的比例。还检查了表面裂纹。裂缝段存在微孔洞贯通和微解理。
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