Özet:

Added manufacturing is a manufacturing technology in which production is carried out by geometrically dividing the CAD data of products and physically adding these parts to each other. The variety of materials and processes in the added manufacturing is rapidly increasing every day. With these methods, also referred to as 3D printers, complex geometries can be easily produced. Parts produced by polymer-based additive manufacturing methods have low mechanical properties. Higher mechanical characteristics are required for industrial use. Production of compound pieces with polymer matrix work is done to overcome this problem. A variety of studies have been done where the supplementary material used for composite material is in dust or cut particle form and has been partially achieved successful results. Recently, however, studies on the continuous use of fiber supplementary materials are increasing to obtain parts with higher strength. In this study, an additive manufacturing process has been developed with the use of epoxy rhinos, which is curved with light as a matrix material, constantly using glass/carbon fiber as a supplementary material. A nozzle was designed and produced for the production of composite fiber as the first step in the production of composite pieces. The intensity of the power of UV light and the use of the nozzle diameter are calculated as variable parameters, the studies have studied the curling behaviors in the production of composite fiber using carbon and glass fiber as a supplementary material.

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