… microscopes to examine porcelain microstructures. Specifically, … Porcelain microstructures
are grain and bond type with a … The gross microstructure of fired triaxial porcelain consists of …

… mechanisms during firing can be observed by studying the microstructures and are of … was
to investigate microstructural changes in model porcelain bodies as they evolve on firing, by …

… (87) analysed how the cooling stage of the firing cycle influences porcelain tile microstructure
and mechanical behaviour. They pointed out that apparent toughness increased in propor…

… Porcelain microstructures are complicated because … firing process of the porcelain required
knowledge of chemical reactions and microstructure development occurring during the firing …

… The firing process, as the most critical step of porcelain production, has gained a lot of attention,
but still … in terms of raw material behavior as well as phase and microstructure evolution. …

… The study presented several porcelain stoneware tile … fired body which acts as skeleton for
the piece microstructure. Moreover, the authors insist on the need to use an appropriate firing …

… 5a and b, it is observed the porcelain microstructure composed by a continuous vitreous
matrix (light grey phase) and quartz grains (dark particles) embedded in the matrix and rounded …

… 3 and Na 2 O/K 2 O ratios than that of porcelain and vitreous china. Fired porcelain stoneware
tile is characterised by low water absorption (WA<… Fired porcelain microstructures revisited …

… porcelain. Braganca and Bergmann [10] opined that influence of the phases on mechanical
strength of porcelain is limited with regard to firing … Fired porcelain microstructures revisited …

… , firing temperature, and pyroplastic deformation [3,12,16]. Those models associated with
microstructure … design of a robust composition interval for porcelain stoneware tiles. In all cases, …