Modeling of induction-assisted 3D laser printing

V. Kotlan, R. Hamar, I. Doležel
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Abstract

A mathematical model of induction-assisted 3D printing is presented, providing a tool for design of specified tracks printed on suitable substrates. The model consists of the non-stationary temperature field produced by laser beam and field of deformation produced by continuous adding the printing material. If necessary, the pattern of temperature in the material can be customized by induction preheating and/or postheating of the substrate. The model is solved for a given arrangement and the most important results are compared with the experiment.
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感应辅助3D激光打印建模
提出了感应辅助3D打印的数学模型,为设计在合适的基板上打印的特定轨迹提供了工具。该模型由激光束产生的非稳态温度场和连续添加打印材料产生的变形场组成。如有必要,可以通过感应预热和/或衬底的预热来定制材料中的温度模式。对给定布置下的模型进行了求解,并与实验结果进行了比较。
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