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New approach to modeling of temperature field in surfaced steel elements

机译:表面钢构件温度场建模的新方法

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摘要

In this work, a model of temperature field in a half-infinite body during surfacing was presented. Analytical solution was obtained by aggregating temperature increments caused by applying liquid metal and heat radiation of moving electrode. The assumptions were heat source of applied metal in parabolic shape in the cross-section of weld and Gaussian distribution of electric arc heat source. Computations of temperature field were carried out during surfacing of cuboidal steel element. The results were presented as temporary and maximum temperature distribution in element's cross section. The accuracy of solution was verified comparing calculated fusion line to that obtained experimentally.
机译:在这项工作中,提出了在堆焊过程中半无限体中温度场的模型。通过汇总由于施加液态金属和移动电极的热辐射而导致的温度升高,从而获得分析溶液。假设是在焊接横截面中呈抛物线形的应用金属热源和电弧热源的高斯分布。在立方形钢构件堆焊过程中进行了温度场的计算。结果表示为元件横截面中的临时和最大温度分布。通过比较计算得出的融合线与实验获得的融合线,验证了溶液的准确性。

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