High-Performance Ceramics IV

Abstract: Based on the relation between the stress intensity factor Ki and the crack velocity V, lifetime prediction and control were discussed and...

Abstract: The electronic structures of anatase titanium oxides (TiO2) substitutional doping with N, F, C, P and S for O have been studied by...

Abstract: The full potential linearized augmented plane wave method within the generalized gradient approximation was used to calculate electronic...

Abstract: A micromechanical approach is developed to investigate the behavior of composite materials, which undergo interfacial delamination. The...

Abstract: First-principles calculations have been widely used to describe the ground state properties of materials over almost 20 years. Recently, a...

Abstract: The adsorption of Au on clean Si(001) surface is investigated by the local density approximation using first-principles pseudopotentials....

Abstract: Based on the observation that the ratio of the perimeter, P, to the square root of the area, A0.5, of the grains for a given material is...

Abstract: The composite ceramics that contains nano-fibers and transformation particles, fabricated through SHS process, is performed with high...

Abstract: The SEM observation on a conch’s shell shows that the shell is a kind of laminated bioceramic composite composed of aragonite layers and...

Abstract: An improved serial computation method is proposed for simulating ceramic grain growth at an atomic scale. The data structure of a ternary...