ABSTRACT
Additive manufacturing Technologies started at 1950s in the shape of using limited materials and became additive manufacturing ability of different materials such as metal, ceramic, polymer and composite. Within the manufacturing process, according to the usage, from solid, powder or slurry raw materials, part can be manufactured by using different power sources such as laser, electron beam, resistive head or ultraviolet light. At the same time, in additive manufacturing processes that use an additional binder material, final part can be manufactured after the post processes such as temperature sintering, infiltration, isostatic pressure. This versatility of additive
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manufacturing, both contributes the implementation of conventional materials in varying fields and accelerates the development of the studies of the novel materials such as composite and functionally graded materials. Thus, multi purpose use of these materials was provided. Todays, additive manufacturing method and material studies also continue intensively.
This study focuses on additive manufacturing materials which used in additive manufacturing methods classified by ASTM standards.
Keywords: Additive Manufacturing Methods, Additive Manufacturing Materials, Composite, BioMaterial, Functionally Graded, Binder, Metal, Polymer
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