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首页> 外文期刊>International Journal of Modern Physics, B. Condensed Matter Physics, Statistical Physics, Applied Physics >3D model of filler melting with micro-beam plasma arc based on additive manufacturing technology
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3D model of filler melting with micro-beam plasma arc based on additive manufacturing technology

机译：基于添加剂制造技术的微束等离子体弧形填料熔融模型

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摘要

Additive manufacturing technology is a systematic process based on discrete accumulation principle, which is derived by the dimension of parts. Aiming at the dimension mathematical model and slicing problems in additive manufacturing process, the constitutive relations between micro-beam plasma welding parameters and the dimension of part were investigated. The slicing algorithm and slicing were also studied based on the dimension characteristics. By using the direct slicing algorithm according to the geometric characteristics of model, a hollow thin-wall spherical part was fabricated by 3D additive manufacturing technology using micro-beam plasma.
机译：添加剂制造技术是基于离散累积原理的系统过程，该原理由零件的尺寸导出。 针对尺寸数学模型和加油制造过程中的切片问题，研究了微束等离子体焊接参数与部件尺寸之间的组成关系。 还基于尺寸特性研究了切片算法和切片。 通过使用根据模型的几何特性的直接切片算法，通过使用微束等离子体的3D添加剂制造技术制造中空薄壁球形部件。

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