In terms of advanced ceramics, factors as compactness, grain growth, inter-crystalline formation and pore size change are involved in the sintering process.

Joining of advanced ceramics in green state has become an attractive part of ceramics research because it provides a possibility of obtaining complex-shaped ceramic parts,which are not possible or not cost-effective by existing technique.

Microstructural features of advanced ceramics(silicon nitride, silicon carbide, alumina, and alumina silicon carbide nano composite)have been reviewed with emphasis being placed on the relationship between microstructure and properties.

In-situ reactive synthesis of advanced ceramics;

Study on Surface Shape of Al_2O_3 Ceramics Milled with Abrasive Waterjet;

Prediction of fatigue lifetime in bio-ceramics;

Prospects for commercialization of nanoceramics in chemical process equipment and machinery;

Application of ceramic materials in textile industry;

Research and Progress in the Infiltration Techniques for Ceramic Materials Preform Reinforced Metal Matrix Composites;

The mechanical properties of ZTA ceramics;

Study of dynamic Failure of ceramic under compressive loading;

The Surface Energy of Ceramic and the Melting of Nanostructured Drug;