This work put forward a novel approach to enhancing high-temperature creep resistance of
7055 Al alloy via inducing reinforcements including in-situ (Al 2 O 3+ ZrB 2) nanoparticles …

Coaxial 3D structures based on ceramic materials with distinct properties are of great
interest in a wide range of fields due to their enhanced ability to modulate structural and …

Additively manufactured (AM) ceramics are gaining popularity due to improved flexibility in
the design of customized structures. Microstructure-based finite element (FE) models were …

Additive manufacturing offers new opportunities for fabricating intricately shaped fiber-
reinforced ceramic matrix composites, but challenges remain, such as improving fiber …

The dynamic elastic response of 3D macroporous scaffolds is crucial to determine their
performance under operating conditions. In this work, the elastic behaviour of 3D printed bar …

Novel light and strong hierarchical porous mullite-bonded SiC structures with total porosity
ranging from 68% to 95% were fabricated by combining material extrusion (MEX) and in-situ …

Dense bioceramics feature hierarchical microstructures with weak interfaces that endow
them with strength, toughness, and structural functionalities. Conversely, most technical …

Abstract Polycrystalline Cubic Boron Nitride (PcBN) is widely utilized due to its remarkable
wear resistance and high hardness. In this report, we employ powder extrusion 3D printing …

Co-extrusion of multi-materials structures shows technological challenges and opportunities.
Filaments made of a metallic core and a ceramic shell are one example of how structural …

Interpenetrating zirconia-toughened alumina-aluminum alloy composite material (3D-
ZTA/Al) was prepared, using a combined material extrusion and pressureless infiltration …