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January 22, 2026Proceedings of the Institution of Mechanical Engineers Part E Journal of Process Mechanical Engineering0 citations

Mechanical strength properties of integrated holes and drilled PLA lattice structures

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BÖBurak Özdemir

Key Points

  • The aim is to assess and compare the mechanical strength of PLA lattice structures made with integrated holes versus drilled holes.
  • Utilized additive manufacturing techniques for component production.
  • Created two types of samples: integrated holes and drilled holes.
  • Conducted embedment specimen strength tests on octet truss lattice designs.
  • Captured cross-sectional images to analyze structural deformation.
  • Integrated samples exhibited an average maximum compressive stress of 435.66 N.
  • Drilled samples showed a significantly lower maximum compressive stress of 145 N.
  • Analyzed deformation characteristics of the lattice structures post-testing.

Abstract

This study examined the mechanical properties of components produced by additive manufacturing (AM) using polylactic acid material in connection with drilling procedures. The components were manufactured using two different techniques: one involving integrated holes and the other with holes drilled afterward. Samples with octet truss lattice designs underwent an embedment specimen strength test following their assembly. Following the test, the average maximum compressive stress in the integrated samples was measured at 435.66 N, whereas the drilled samples had a value of 145 N. Cross-sectional images of the internal cavity were obtained prior to and following the embedment specimen strength test to examine lattice structure deformation. The deformation characteristics of the bolt connection segment were examined utilizing the images captured during the embedment specimen strength test.

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Cite This Study

Burak Özdemir (2026) studied this question.

synapsesocial.com/papers/6971bdad642b1836717e2649https://doi.org/10.1177/09544089251414569
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