Xunjin Li
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View article: Research on the Mechanical Properties and Process Parameters of High‐Speed <scp>FDM</scp> Printed <scp>PLA</scp> Components Reinforced With Continuous Carbon Fiber/Epoxy Resin Pins
Research on the Mechanical Properties and Process Parameters of High‐Speed <span>FDM</span> Printed <span>PLA</span> Components Reinforced With Continuous Carbon Fiber/Epoxy Resin Pins Open
Fused deposition modeling (FDM) has become the most widely used 3D printing technology due to its advantages such as low cost, ease of operation, and material diversity. However, the slow printing speed of conventional FDM equipment and th…
View article: Hydrogel-shape memory polymer synergistic effect enabled 4D-printed ceramic precursors with programmable recovery onset and reversible deformation
Hydrogel-shape memory polymer synergistic effect enabled 4D-printed ceramic precursors with programmable recovery onset and reversible deformation Open
Ceramic 4D printing, which integrates dynamic deformation with additive manufacturing, demonstrates significant potential in intelligent manufacturing, on-demand shaping of complex structures, and multifunctional device development. Its co…
View article: Mechanical characteristics of biomimetic twisted honeycomb structures fabricated by powder bed fusion
Mechanical characteristics of biomimetic twisted honeycomb structures fabricated by powder bed fusion Open
Honeycomb structures have been widely used in aerospace and automotive applications due to their high efficiency, high strength and high specific stiffness. However, most of the reported publications have focused on the surface shape varia…
View article: Additive manufacturing of hybrid continuous carbon/basalt fiber reinforced composites based on bi-matrix co-extrusion
Additive manufacturing of hybrid continuous carbon/basalt fiber reinforced composites based on bi-matrix co-extrusion Open
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 designability of flexural mechanical properties, combining the excellen…
View article: An investigation into mechanical properties of a 3D printed two-matrix continuous fiber composites with multi-cavity structure
An investigation into mechanical properties of a 3D printed two-matrix continuous fiber composites with multi-cavity structure Open
A continuous fiber reinforced two-matrix composites with multi-cavity structure was fabricated by a co-extrusion method, combining the excellent wettability of thermosetting resin to fiber and the wonderful extrusion forming ability of the…