In recent years, numerous studies have been conducted on the crack-healing behavior of
ceramic materials. Design of ceramic structures with the ability of crack-healing in service is …

The development of materials with self-healing capabilities has garnered considerable
attention due to their potential to enhance the durability and longevity of various engineering …

Self-healing ceramics coatings show a lot of promising applications in oxidation and
corrosion protection under a high-temperature oxidation environment. However, ceramics …

We report on the use of TiC particles as high temperature healing agent in alumina based
composites. The selection of TiC was based on a theoretical analysis of its high temperature …

The effect of particle size on the oxidation kinetics of TiC powders is studied. Different sizes
of TiC powder ranging from nanometre to submillimetre sizes are investigated. The samples …

A novel numerical simulation method based on finite element analysis (FEA), which can
evaluate the fracture probability caused by the characteristics of flaw distribution, is …

Self-healing of crack-damaged brittle ceramics is a valuable phenomenon that counteracts
the reliability decrease caused by undesired cracking during service. In this study, we …

Recently, surface crack nondamaging technology has been developed to render harmless
surface cracks that can reduce the fatigue limit of metals by 20–60%. This is due to the …

The most prominent effect of the weakest link theory, which is used to derive the Weibull
statistics of ceramic strength, is the size effect. In this study, we analyze the size effect on …

Self‐crack‐healing behavior under a combustion gas atmosphere with a low oxygen partial
pressure,, is important for actualizing ceramic gas turbines, but to date only self‐crack …