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Investigation of Material and Consumption Characteristics in Additive Manufacturing Using Fused Deposition Modeling

机译:使用融合沉积建模的添加剂制造材料和消费特征的研究

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Fused Deposition Modeling FDM is the fastest growing method within the Rapid Prototyping technologies. Today a huge range of different machine types for industrial but also private applications are available. In this paper the technical and economic conditions for the operation of a commercial FDM system for industrial applications, especially suitable for small and medium sized enterprises SME is determined. This FDM system offers the opportunity to choose from different filling methods in order to reduce materials consumption as well as building time and thereby costs. Therefore the achievable material strengths as well as the material and energy consumption of this FDM system are investigated. The results of these investigations show the influence of the filling degree on the strength of build specimen. Furthermore an economic comparison of the filling methods is given. This gives the costumer the opportunity to optimize the FDM process properly for stress and strain but also for economic reasons.
机译:融合沉积建模FDM是快速原型技术中的增长最快的方法。今天,工业的巨大不同机器类型,还提供私人应用。本文在工业应用的商业FDM系统运营的技术和经济条件下,特别是适用于中小企业中小企业的商业FDM系统。该FDM系统提供了从不同填充方法中选择的机会,以降低材料消耗以及建筑时间,从而降低成本。因此,研究了可实现的材料强度以及该FDM系统的材料和能量消耗。这些调查的结果表明填充程度对构建标本强度的影响。此外,给出了填充方法的经济比较。这使得Costumer有机会正常优化FDM过程,以适应压力和应变,而且还可用于经济原因。

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