摘要
低碳钢拉伸力学性能实验对于研究低碳钢一维轴向受力特性具有重要意义,但采用ABAQUS软件模拟分析实现低碳钢整体实验过程鲜有报道。本文采用将ABAQUS分析和Python二次开发应用在该力学实验中,模拟分析低碳钢构件拉伸及断裂的完整过程,并通过在运行脚本中重新编写代码,实现ABAQUS软件模拟低碳钢拉伸断裂的过程,同时为相关研究提供一定借鉴。
Tensile mechanical properties of low carbon steel are of great significance to the study of one-dimensional axial stress characteristics of low carbon steel, but the whole experimental process of low carbon steel using ABAQUS software is rarely reported. In this paper, ABAQUS analysis and Python secondary development are applied in the mechanical experiment to simulate and analyze the whole process of tensile and fracture of low-carbon steel components. By re-writing the code in the running script, ABAQUS software is realized to simulate the process of tensile and fracture of low-carbon steel. At the same time, some references are provided for relevant research.
引文
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