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Comparing mechanical properties of composites structures on Onyx base with different density and shape of fill

机译:不同密度和填充形状的Onyx基复合材料结构的力学性能比较

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Technology for 3D printing allow to create parts with different shapes and directions of inner structures for example: triangles, squares or hexagons. Paper is focused on comparing mechanical properties of composite structure on Onyx base with different density and shape of fill. Specimens were created by 3D printing from composite material Onyx. At creation specimens were used different structures, which allows software of 3D printer Mark Two. Tested specimens are different in density and shape of inside structure. Aim of paper is find mechanical properties of specimens and compare this properties among each other. From results to determine the most advantageous shape and density of inside structure, which can be used in transport industry and in another sectors of industry.
机译:3D打印技术允许创建具有不同形状和内部结构方向的零件,例如:三角形,正方形或六边形。论文的重点是比较不同密度和填充形状的Onyx基复合材料结构的力学性能。标本是通过3D打印从复合材料Onyx创建的。在创建样本时,使用了不同的结构,这允许使用3D打印机Mark Two的软件。被测样品的内部结构密度和形状不同。本文的目的是找到样品的机械性能,并将其相互比较。根据结果​​确定内部结构最有利的形状和密度,可以在运输行业和其他行业中使用。

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