Abstract Fused Deposition Modelling (FDM), a prevalent additive manufacturing technique
utilising polymeric materials, facilitates intricate geometric customisation and rapid …

Fracture toughness is a critical parameter in the evaluation of a component's structural
integrity and damage tolerance. For 3D‐printed continuous fiber reinforced composites …

In this paper, multi-cell filled thin-walled structures were proposed and prepared using fused
deposition modeling by carbon-fiber-reinforced polyamide. All structures had the same …

In this paper, 3D printed lattice-filled multi-cell tubes, fabricated using chopped carbon-fiber-
reinforced polyamide, were proposed to modify the deformation modes and improve the …

This work aimed to investigate progressive collapse behaviors and mechanisms of the 3D
printed thin-walled composite structures under quasi-static compression and dynamic …

Abstract 3D printing provides a reliable approach for the manufacture of carbon
thermoplastic composite electrochemical sensors. Many studies have explored the impact of …

Triply minimal surface structures of short glass fiber reinforced polyamide with different
relative densities were prepared and the effects of induced anisotropy, cell topology, and …

The 3D printed composite material selection is of great interest due to its extensive
application prospect and can be considered as a challenging multiple-criteria decision …

The selection of 3D printed composite materials considering multiple criteria has become a
challenging issue for designers/engineers and can be regarded as a typical decision …

Fiber-reinforced composites are widely used in energy absorbers structures due to their high
specific strength and specific modulus. However, composite materials are sensitive to …