Lattice structures have been widely used in biomedicine, transportation, infrastructure, and
other engineering fields due to their high specific strength, strong energy absorption …

Designing innovative lightweight architected materials with enhanced mechanical properties
and superior energy absorption is a long-term pursuit to protect against impact-induced …

Additive manufacturing is catalyzing a new class of volumetrically varying lattice structures in
which the dynamic mechanical response can be tailored for a specific application …

This paper aims to evaluate the manufacturing feasibility of using Fused Deposition
Modeling (FDM) 3D printing for creating complex lattice structures and exploring the …

Additive manufacturing technologies have facilitated the construction of intricate geometries,
which otherwise would be an extenuating task to accomplish by using traditional processes …

A burgeoning interest pervades lattice structures' lightweight yet energy-absorbent traits.
Nevertheless, the solitary damage mode of conventional lattice structures impedes …

The utilization of 3D printing technology has transformed the possibilities for design
adaptability and manufacturability. This study delves into the mechanical response and …

Sandwich panels are the fundamental structural element in a wide range of applications,
including in satellite primary structures. While sandwich constructions are very efficient, their …

This study investigates the impact of Inconel 625 interlayer on dissimilar welded low nickel
austenitic stainless steel (LNiASS) and super duplex stainless steel (S32760) using …

Additive manufacturing technologies have facilitated the construction of intricate geometries,
which otherwise would be an extenuating task to accomplish by using traditional processes …