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Metallurgical Effects Induced by Laser Cutting Experimental and Theoretical Investigation

机译:激光切割引起的冶金效应实验与理论研究

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If laser cutting of steels is a well established technology in the industry, little attention has however been paid on metallurgical effects, especially on the metallurgical and geometrical features of the Heat Affected Zone (HAZ).This paper describes an analytical model of the HAZ width near the cut edges induced by the heat flow during the moving of the molten layer in the kerf. This model indicates that there is a large correlation between the geometry of the HAZ and the molten layer features. Calculations are compared with experimental measurements and a very good agreement is observed, concerning the metallurgical features of the HAZ.
机译:如果激光切割钢材是行业中成熟的技术,但在冶金效应上备少关注,特别是对热影响区(HAZ)的冶金和几何特征进行冶金和几何特征。 本文介绍了在Kerf中移动熔融层期间由热流引起的切割边缘附近的HAZ宽度附近的HAZ宽度的分析模型。该模型表示HAZ的几何形状与熔融层特征之间存在大的相关性。将计算与实验测量进行比较,并且观察到危险的冶金特征,观察到非常好的协议。

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