The growing demand for personalized ceramic devices for biomedical engineering
applications, with increasingly complex shapes and properties, highlights the limitations of …

Additive manufacturing (AM) of high‐performance structural ceramic components with
comparative strength and toughness as conventionally manufactured ceramics remains …

Lightweight and strong ceramic materials are attractive for tissue engineering, aerospace,
armor systems, and many high-temperature applications. Cuttlebone, primarily composed of …

During the ceramic photocuring 3D printing process, the penetration ability of incident light is
hindered by the extinction effects of ceramic powders in ceramic slurry. This limitation in light …

Abstract Robocasting, or Direct Ink Writing, can be used to create dense mono-or multi-
materials ceramic parts using micro-extrusion of ceramic pastes through needles, whose …

The utilization of pore forming agents (PFAs) in digital light processing (DLP) 3D printing to
manufacture porous ceramics through their thermal decomposition has received a great …

The additive manufacturing of ceramic composites with tailored microstructures is still
challenging and time-consuming. However, there is great interest as it may enable the …

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 …

Driven by advances in science and technology, the demand for structural and functional
ceramics in various industries has been increasing over the past few decades. However, the …

Formulation design and rheology are critical for successful manufacturing via direct ink
writing (DIW), thus linking rheology and printability is a growing area of research amongst …