Abstract
Additive Manufacturing is a layer over layer material depositing process to fabricate 3D shape objects. In this process laser completely melts one powder layer and fuses it with another. Metal additive manufacturing process like selective laser melting can produce intricate shapes which are not possible to produce by conventional methods. This capability has enabled designers to come up with innovative part designs which add value to either overall manufacturing process or product performance, also fulfilling the demands for reducing the cost and manufacturing time. The material selection, process parameters and post process are the significant stages in additive manufacturing to achieve the desired properties of output product. The present paper provides comprehensive review in a systematic manner on selective laser melting printing parameters, microstructure, heat treatment and mechanical properties of additively manufactured AlSi10Mg aluminium alloy and based on the review; few arenas for future research are highlighted.
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