0000000000784064

AUTHOR

Mathias Rabjerg Strand

showing 2 related works from this author

Experimental investigation of effect of printing direction and surface roughness on the mechanical properties of AlSi10Mg-alloy produced by selective…

2021

The additive manufacturing has initially gained popularity for production of non-loadbearing parts and components or in the fields where the material strength and ductility are less important such as modelling and rapid prototyping. But as the technology develops, availability of metal additive manufacturing naturally dictates the desire to use the produced components in load-bearing parts. This requires not-only a thorough documentation on the mechanical properties but also additional and independent research to learn the expected level of variation of the mechanical properties and what factors affect them. The presented paper investigates strength, ductility, hardness, and microstructure …

Materials sciencebusiness.industryAlloy3D printingengineering.materialMicrostructureStrength of materialsIndentation hardnessSurface roughnessengineeringSelective laser meltingComposite materialVDP::Technology: 500::Materials science and engineering: 520Ductilitybusiness
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Mekaniske egenskaper til selektiv lasersmeltet AlSi10Mg-legering : Med fokus på effekt av printeretning, overflatebehandling, varmebehandling og vari…

2020

Master's thesis in Civil and structural engineering (BYG508)

BYG508VDP::Teknologi: 500::Materialteknologi: 520::Metallurgi: 521
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