Abstract
It is possible to build physical models, prototypes, components, tools, and functioning parts from 3D data created using a computer (CAD), with sophisticated geometry, using Additive Manufacturing - AM, which is difficult or impossible to perform with traditional manufacturing methods. Metals, ceramics, and polymers in the form of liquids, powders, wire, foil, and other materials are used in AM techniques to create prototypes. However, there are several constraints, the most significant of which being the material selection. As a result, it is critical to understand material qualities and how machine settings affect them, especially if the machine is producing functioning components. The influence of component placement (X and Y direction) in the build on the dimensional accuracy and mechanical qualities of parts produced by this SLS method will be investigated in this research.
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