A numerical homogenization approach is presented for the effective elastic moduli of 3D
printed cellular infills. A representative volume element of the infill geometry is discretized …

Minimal surfaces are receiving a renewed interest in biomedical and industrial fields, due to
the capabilities of additive manufacturing technologies which allow very complex shapes. In …

As advanced manufacturing techniques like additive manufacturing have enabled the
fabrication of complex geometries, it is worthwhile to explore potential techniques that can …

Additive manufacturing methods have recently been used to make light-weight parts using
lattice structures for various applications. Functionally graded lattice structures (FGLs) are …

Cellular structures (CSs) exhibit unique combinations of physical properties, including low
weight, high structural strength, and substantial energy absorption, which could be useful in …

Gantry five-axis machine tools have garnered acclaim for their robustness, cost-
effectiveness, and accuracy in fabricating intricate workpieces. In the era of Industry 4.0 …

Additive manufacturing (AM) has enabled the production of intricate lattice structures with
excellent performance and minimal mass. Design approaches that consider static loading …

Additive manufacturing has enabled the production of intricate lattice structures that meet
stringent design requirements with minimal mass. While many methods such as lattice …

The gyroid is a triply periodic minimal surface (TPMS) that efficiently distributes stress under
compressive loading in all Cartesian orientations. Despite the gyroid's geometric ability to …

Gyroid-like structures are promising in terms of energy absorption levels. Due to additive
manufacturing, they can now be manufactured and verified for different functions. In this …