Abstract Three-dimensional (3D) printing has broad application prospects in the field of
lightweight composite structures due to its superior manufacturing flexibility. However …

This work presents a novel methodology for the quality assessment of material extrusion
parts through AI-based Computer Vision. To this end, different techniques are integrated …

Thermoplastic composites present considerable promise for 3D printing cryogenic fuel
storage tanks, offering enhanced recyclability and repairability compared to thermoset …

In this paper, both novel designable strategy and mechanical properties of 3D printed
continuous fiber reinforced thermoplastic fabric composites (CFRTPFCs) are studied. The …

The usage of additive manufacturing techniques has increased dramatically in recent years.
Fabricated parts are no longer simple prototypes, but rather structural components whose …

Due to a filament-by-filament and layer-by-layer structure produced by an additive
manufacturing (or namely 3D printing) technique, mechanical properties of 3D printed …

Polylactic Acid (PLA) experiences widely spread applications in Fused Filament Fabrication
(FFF) owing to its relatively high stiffness, strength, and environmentally friendly …

Abstract Fused Filament Fabrication (FFF) is a polymer-based Additive Manufacturing (AM)
technology that produces complex layered components. The characterization of the …

Traditionally, cellulosic materials have been applied in power transformers due to their good
electrical insulation and oil absorption, although their hygroscopic characteristics …

The present work describes a methodology to compute equivalent volumes representing the
microstructure of 3D-printed continuous fiber-reinforced thermoplastics, based on a …