Schematic Of The Selective Laser Melting Slm System Download Download scientific diagram | schematic representation of selective laser melting process. from publication: manufacturability and mechanical testing considerations of metallic scaffolds. Download scientific diagram | schematic representation of the selective laser melting process. from publication: development of the structure of cemented carbides during their processing by slm.
Schematic Representation Of Selective Laser Melting Process Download Selective laser melting (slm) is a promising additive manufacturing method that falls under the category of powder bed fusion (pbf) technology. it has many advantages such as material versatility. Abstract. selective laser melting (slm) is one of the most widely used additive manufacturing (am) processes for metallic materials, based on powder bed fusion. it can be defined as a process whereby 3d functional parts can be produced by selectively scanning and consolidating a powder bed in a layer wise manner. With selective laser melting (slm), components can be produced by localized melting of successive layers of metal powder [1]. a fast scanning laser beam is steered to selectively melt the metal powder on the basis of cad data (fig.1). figure 1. schematic representation of the selective laser melting setup. Energy density is a critical factor that directly impacts the porosities and microstructures of as built parts in the selective laser melting process. the characteristics of molten powder materials are determined by also the energy density process parameters. the power of energy density differs from material to material.
Schematic Representation Of Selective Laser Melting Process Download With selective laser melting (slm), components can be produced by localized melting of successive layers of metal powder [1]. a fast scanning laser beam is steered to selectively melt the metal powder on the basis of cad data (fig.1). figure 1. schematic representation of the selective laser melting setup. Energy density is a critical factor that directly impacts the porosities and microstructures of as built parts in the selective laser melting process. the characteristics of molten powder materials are determined by also the energy density process parameters. the power of energy density differs from material to material. As a technology of additive manufacturing (am), selective laser melting (slm) is widely used in metal printing, such as super alloys, stainless steel. also, the slm is considered the most potential metal additive manufacturing technology. it is difficult to build a process performance relationship using traditional physical model, since slm process is multi parameter and multi scale. also, the. Selective laser melting (slm) is a popular powder bed fusion process that selectively melts metal powder using a laser beam as shown in fig. 1 . their common feature is to build up parts layer upon layer, based on 3d model data, achieving in that way a near net shape, as opposed to traditional subtractive manufacturing methods [ 2 ].
Schematic Illustrations Of The Selective Laser Melting Slm Process As a technology of additive manufacturing (am), selective laser melting (slm) is widely used in metal printing, such as super alloys, stainless steel. also, the slm is considered the most potential metal additive manufacturing technology. it is difficult to build a process performance relationship using traditional physical model, since slm process is multi parameter and multi scale. also, the. Selective laser melting (slm) is a popular powder bed fusion process that selectively melts metal powder using a laser beam as shown in fig. 1 . their common feature is to build up parts layer upon layer, based on 3d model data, achieving in that way a near net shape, as opposed to traditional subtractive manufacturing methods [ 2 ].
Schematic Diagram Of The Selective Laser Melting Process Download
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