Susceptor-assisted microwave processing is a rapidly growing technology due to its
superiority over the conventional processing. In contrast to the conventional heating from the …

Unlike conventional metal powder based additive manufacturing (AM) technology, a Printing-
Debinding-Sintering (PDS) process that adopts polymer-based filaments with highly filled …

This paper reports on the successful synthesis of a novel alumina powder with a unique rose-
like structure composed of alumina platelets, using the molten salt method. The synthesized …

The grain growth kinetics and grain refinement mechanism of Al 2 O 3 grains and WC grains
in Al 2 O 3/WC/TiC/graphene ceramic composite were investigated in this work. The grain …

Abstract The effect of manganese (0.1, 0.5 and 1.0 wt%) on the sintering and mechanical
properties of alumina was studied. Sintering was carried out by the conventional heating …

The present study proposes a novel strategy for preparation of refractory materials from
potentially hazardous ferronickel slag by microwave sintering of the slag with addition of …

A comparative study between conventional and direct microwave sintering of pure α and γ
nanoscale alumina powders has been performed to identify possible microwave effects on …

Better understanding of the effect of multimode‐microwave sintering of zirconia‐toughened
alumina (ZTA) was investigated. A comparative dilatometric analysis was conducted …

Structural ceramics such as Al 2 O 3 and Al 2 O 3–ZrO 2 composites are widely used in
harsh environment applications. The conventional sintering process for fabrication of these …

A comparison between experiment and numerical simulation of microwave heating of a
parallelepipedic silicon carbide (SiC) sample is presented. Using a‐2.45 GHz single‐mode …