Investigation of ways to strengthen filling structure of parts printed by 3D-printing methods

I. Dolgolenko, I. S. Nefyolov, A. Konoplin
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Abstract

When creating structural elements, parts and prototypes, using additive technologies, a situation may occur that the objects of study have insufficient strength. The strengthening of parts by introducing reinforcing components (component reinforcement) is considered. The comparison of parts made of ABS plastic, produced by FDM-printing and filled with various is shown, and the dependence of strength on the type of filler and filling percentage has also been investigated.
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增强3d打印零件填充结构的方法研究
在使用增材技术创建结构元件、零件和原型时,可能会出现研究对象强度不足的情况。考虑引入增强构件(构件加固)对构件进行加固。比较了用fdm打印生产的ABS塑料和填充各种材料制成的零件,并研究了填料类型和填充率对强度的影响。
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Prospects for use of dispersed-filled composites in field repair of body parts of ground transportation and technological facilities (Review) Technological features of manufacture of parts with threaded surfaces by 3D-printing methods for operation under various climatic conditions Study of viscoelastic properties of parts manufactured, using 3D-printing methods with various hardening methods of structure Determination of effect of metal surface preparation on resistance of epoxy-sand coating to aggressive media Investigation of ways to strengthen filling structure of parts printed by 3D-printing methods
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