Ceramic materials are highly regarded for their exceptional chemical and mechanical
stability; however, their inherent brittleness limits their resistance to impact fractures …

In a powder bed fusion (PBF) process where powder bed preheating is needed, the powder
bed will be subjected to an aging issue, which limits the reuse of powders. In response to the …

Owing to their great potential to enhance the structural, mechanical, and electrical properties
of materials, numerous researchers have dedicated their efforts to manufacturing multi …

As an additive manufacturing technology, vat photopolymerization (VPP) can print ceramic
parts with high resolution and good surface quality at a low cost. Therefore, VPP has been …

Abstract 3D stitching composites have already sparked great interest among researchers
due to their ability to effectively improve the weak inter-laminar properties in composite …

A continuous fiber reinforced two-matrix composites with multi-cavity structure was
fabricated by a co-extrusion method, combining the excellent wettability of thermosetting …

A multiscale finite element analysis was performed for short carbon fiber (SCF) reinforced
rubber composites under uniaxial tensile loading with periodic geometries and random …

Developing high-performance plant fiber-reinforced thermoplastic polymer composites using
environmentally friendly and cost-effective methods remains a significant challenge. In this …

Shape memory epoxy polymer reinforced by single-ply weave fabric (SMEP-W) possesses
high specific stiffness, good foldability, and satisfactory shape memory capability. These …

A novel three-dimensional (3D) printed hybrid continuous fiber reinforced bi-matrix
composite is proposed in this paper to improve the flexural fracture energy and the …