… The additional effect of closure of near-surface pores that is illustrated in this work is of …
additive manufacturing because additive manufacturing is not yet able to produce completely pore…

… situ laser shock peening for the rapid additive manufacturing of large-size aluminium alloys.
… affect the pore evolution, indicating that the pore closure effect is not infinitely enhanced. …

… properties of conventionally manufactured and additively manufactured AlSi10Mg, it was …
-notched AM AlSi10Mg LSP processed tensile specimens [18], and pore closure effect study of …

… L-PBF AlSi10Mg which indicated that sub-surface pores were … In addition, dealing with depth
of pores closure in different … most effective at 428 µm pore closure depth followed by LSP5, …

… Remarkable sub-surface pore closure was obtianed by laser shock peening. Hybrid treatment
of heat treatment + laser shock peening with higher … Additive manufacturing of metals …

… and combined effects of post-processing methods, ie, laser shock peening (LSP… ; the effect
of peening power on pore closure and surface damage was evaluated. The sub-surface pores …

… Additive Manufacturing is very rapid growing technology due … laser shock peening can close
the sub-surface pores up to … • Exceptional sub-surface pore closure was obtained with the …

… closure of surface and sub-surface pores, re-entrant surface features and in particular, induced
compressive residual stress profile. The effects of laser shock peening … for AlSi10Mg [13] (…

… This compaction effect contributes to pore closure by squeezing and compacting … Effects
of laser shock peening on the ultra-high cycle fatigue performance of additively manufactured …

… , unmelted areas, existence of pores, and surface roughness [1… 7, which indicated shrinkage
or closure up to 80 %. However, … the effect of shot-peening on fatigue resistance of AlSi10Mg …