NUMERICAL MODELLING ON BEHAVIOUR OF COLD-FORMED STEEL UNLIPPED CHANNEL UNDER COMBINED COMPRESSION AND BENDING ACTIONS

Tanjung Rahayu Raswitaningrum, B. Budiman, Basit Al Hanif, Sahrul Mujib
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Abstract

Research and development of construction materials continue to be carried out, getting materials, cross-sectional shapes, and manufacturing methods that are more efficient than before. Cold-formed steel is a material breakthrough in construction that has advantages over hot-rolled steel. In this paper, the cross-section of cold-rolled steel unlipped channel will be analyzed which is subjected to a combination of axial and bending loads. Investigating elements will be carried out using the finite element method on ABAQUS, and the results of the analysis produce a visualization of the behavior and capacity of the cold-rolled steel section. The cross-section capacity results obtained from the numerical test results will be compared with the predictions given by SNI 7971-2013 or AS/NZS 4600. Existing research in the literature will be used as a reference in conducting numerical analysis and calculating ultimate capacities.
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冷弯型钢非唇形通道在压缩和弯曲联合作用下的数值模拟
建筑材料的研究和开发继续进行,获得比以前更有效的材料,截面形状和制造方法。冷弯型钢是建筑材料上的突破,它比热轧型钢更有优势。本文对冷轧钢板无唇槽钢在轴向和弯曲载荷共同作用下的截面进行了分析。利用ABAQUS上的有限元方法对构件进行调查,分析结果产生冷轧型钢截面的行为和能力的可视化。从数值试验结果中获得的截面容量结果将与SNI 7971-2013或AS/NZS 4600给出的预测结果进行比较。现有的文献研究将作为进行数值分析和计算极限能力的参考。
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