This review explores fundamental analytical modelling approaches using conventional
composite theory and artificial intelligence (AI) to predict mechanical properties of 3D printed …

Hydrogel, a water-swollen polymeric network, has emerged as an appealing protagonist in
the realm of 3D/4D printing technology. This review offers a glimpse into the promising world …

Microfluidics offer user-friendly liquid handling for a range of biochemical applications. 3D
printing microfluidics is rapid and cost-effective compared to conventional cleanroom …

Additive manufacturing of bio-ceramics using LCD stereolithography allows the creation of
ceramic parts with unprecedented resolution for various medical applications. However, the …

Additive manufacturing provides new possibilities in product design compared to traditional
manufacturing processes. Particularly additive material extrusion offers the freedom to …

Fabricating internal vascular networks within a hydrogel scaffold is essential for facilitating
the supply of nutrients, oxygen, and metabolism exchange required by the encapsulated …

This research aims to explore the influence of post‐curing time and layer thickness on the
tensile characteristics of various triply periodic minimal surface (TPMS) structures produced …

In recent years, interest in additive manufacturing has increased. To overcome challenges
such as the correct use of the technology, guidelines are needed to help the user in the …

This study presents a novel approach to fabricate 3D‐printed phosphorous‐based acrylate
monomers using stereolithographic 3D printing technology, aiming to create demonstrators …

The prolific application of ordered cellular structures in various engineering applications is
justified due to their tunability to achieve highly favorable specific properties such as specific …