Abstract
Abstract
Highlights
Introduction to selective laser melting Many industrial sectors are benefiting from the possibility of fabricating intricate structures using additive manufacturing (AM) technologies to achieve the objectives of light-weighting, increased functionality and part number reduction
Selective laser melting (SLM) involves a series of steps, principally powder deposition and laser scanning 8, conducted within an inert controlledatmosphere chamber to avoid oxidation 9
The challenges of processing aluminium alloys by SLM As much as AM is finding its way into commercialization at a fast rate, not many materials are currently process-able [13, 17]
Summary
Selective Laser Melting of Aluminium Alloys Nesma T. Introduction to selective laser melting Many industrial sectors are benefiting from the possibility of fabricating intricate structures using additive manufacturing (AM) technologies to achieve the objectives of light-weighting, increased functionality and part number reduction. They have the potential to fulfil demands for reducing the cost and design-to-manufacture time through savings on raw materials and replacement of a series of production processes by a single step process [1, 2], reducing lead times in multi-process fabrication [3,4,5,6,7]. A focus is the correlation between the process and the resultant microstructure, mainly governed by the mode of melting and solidification behaviour, as well as the local and bulk mechanical behaviour of the material
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