Optimizing the mechanical performance of FDM-printed thin-walled structure: Geometric undersizing with flow compensation

Description

This dataset supports the research article “Optimizing the mechanical performance of FDM-printed thin-walled structures: Geometric undersizing with flow compensation.” It contains the experimental and characterization data used to evaluate the geometric undersizing with flow compensation (GU-FC) strategy for reducing manufacturing-induced voids in FDM-printed thin-walled structures. The data include printing parameters, void fraction measurements, geometric deviation analysis, surface roughness measurements, and mechanical test results for TPMS Primitive lattices fabricated using GU-FC and conventional printing strategies. These data support the comparison of manufacturing quality and mechanical performance reported in the associated article.

Steps to reproduce

The data were drawn using Origin 2021.

Institutions

• University of Technology Sydney

  New South Wales, Sydney

Categories

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