We report an in-situ investigation of a high-temperature ceramic powder sintering performed
for the first time at the particle length-scale. This was made possible by the phase-contrast X …

In-depth investigation of the sintering phenomena in ceramic powders remains challenging,
with the typical size of the individual particles being around 1 µm or less, ie, at the resolution …

Pressureless sintering of loose or compacted granular bodies at elevated temperature
occurs by a combination of particle rearrangement, rotation, local deformation and diffusion …

Abstract Ceramic Extrusion Additive Manufacturing (CEAM) enables the die-less fabrication
of small ceramic parts, with a process chain that includes four consecutive stages: the 3D …

The characterization of the processing-induced defects is an essential step for developing
defect-free processing, which is important to the assurance of structural reliability of brittle …

Synchrotron X‐ray multiscale tomography is a three‐dimensional (3D) imaging method that
combines microtomography and nanotomography to perform a high spatial resolution …

Electrode discontinuities are a critical issue for manufacturing ultrathin multilayer ceramic
capacitors (MLCCs). The Discrete Element Method is used to simulate, at the particle length …

Ti6Al4V alloy samples with large pores suitable for bone implants are fabricated by pressing
and sintering. Ti6Al4V powder is mixed with different volume fractions of salt particles. The …

Nowadays, metallic bone replacement is in high demand due to different issues, like
sicknesses and accidents. Thus, bone implants are fabricated with tailored properties and …

Discrete element method (DEM) is used to study the factors affecting agglomeration in three-
dimensional copper particle systems during solid-state sintering. A new parameter is …