Recently published research indicated that, in additive manufacturing fields, single fiber
reinforcements often increased some mechanical properties of composites, but at the same …

In order to deepen the understanding of Hybrid Fiber Reinforced Concrete (HyFRC) and to
clarify the existing research progress and future research directions, this study adopts the …

Abstract 3D printing has been successfully applied in the manufacturing of variety
continuous fiber and hybrid fiber reinforced composites. The process parameters have a …

This work proposed a strategy for fabricating intelligent continuous fiber-reinforced lattice
structures (CFRLSs) for reusable energy absorption applications based on the cold …

Material extrusion has been applied to the preparation of continuous fiber reinforced resin
composites successfully. However, due to the limitations of the characteristics of a single …

This study examines the impact of three factors on the tensile and compressive behaviour of
3D-printed parts:(1) the addition of short carbon fibres to the nylon filament used for 3D …

Hybrid carbon/glass fibers composites can possess pseudo-ductility of progressive failure
through material design to achieve the function of load early warning. The printing design …

Fibre-reinforced composite thin-walled structures are often subjected to complex working
conditions with multiple loads. By combining various fibres, continuous hybrid fibre …

Fabricating additively manufactured thermoplastic parts with increased load-bearing
capacity using material extrusion, namely fused deposition modeling, requires the …

The addition of continuous fibers as the reinforcement is considered to be an effective option
to promote the mechanical properties of 3D printed parts. In this paper, different types of …