Hot-dip galvanized Zn-0.2wt%Al coatings on steel sheets exhibit a strong basal texture ({0001} parallel to the sheet plane). Part of this texture call be explained by the faster growth of dendrites as compared with , granting basal grains (i.e. grains with their basal plane parallel to the sheet) a larger extension than others. But Semoroz et al. [1] showed that the fraction of basal grains itself is also higher than its value in a population of randomly oriented grains. This indicates that more basal grains nucleate during the early stages of solidification
In Part I of this article, the role of the Zn content in the development of solidification microstru...
Due to a distortion of its hexagonal unit cell along the c-axis compared to hexagonal-close-packed m...
Dendritic microstructural evolution during the solidification of Mg-Zn alloys was investigated as a ...
Hot-dip galvanized Zn-0.2wt%Al coatings on steel sheets exhibit a strong basal texture ({0001} paral...
Continuous hot-dip galvanization is a process during which steel sheets are coated with a layer of Z...
Hot-dipping galvanizing process is a widely used and efficient way to protect steel from corrosion. ...
The nature of nucleation and growth of the alloy overlay of a 55%A1-Zn alloy on a steel substrate st...
Galvanized sheet is produced commercially by hot dipping steel sheet in a galvanizing bath to produc...
Continuous hot dip galvanizing is one of the commercially most important process techniques used for...
Outburst structure in two industrially produced hot dip galvanized interstitial free steel sheets fo...
The origin of intragranular variations of the crystallographic orientation in hot-dip Al-Zn-Si coati...
The influence of both the cooling rate and the base Steel roughness upon the Al-rich phase was análi...
Continuous galvanizing process involving immersion in a molten zinc bath is commonly used to form zi...
The mechanism of iron dissolution and the effect of initial Fe content in a Zn bath on the dissoluti...
Some experiments dealing with the isothermal hot dip galvanizing were carried out. The (Zn) – coatin...
In Part I of this article, the role of the Zn content in the development of solidification microstru...
Due to a distortion of its hexagonal unit cell along the c-axis compared to hexagonal-close-packed m...
Dendritic microstructural evolution during the solidification of Mg-Zn alloys was investigated as a ...
Hot-dip galvanized Zn-0.2wt%Al coatings on steel sheets exhibit a strong basal texture ({0001} paral...
Continuous hot-dip galvanization is a process during which steel sheets are coated with a layer of Z...
Hot-dipping galvanizing process is a widely used and efficient way to protect steel from corrosion. ...
The nature of nucleation and growth of the alloy overlay of a 55%A1-Zn alloy on a steel substrate st...
Galvanized sheet is produced commercially by hot dipping steel sheet in a galvanizing bath to produc...
Continuous hot dip galvanizing is one of the commercially most important process techniques used for...
Outburst structure in two industrially produced hot dip galvanized interstitial free steel sheets fo...
The origin of intragranular variations of the crystallographic orientation in hot-dip Al-Zn-Si coati...
The influence of both the cooling rate and the base Steel roughness upon the Al-rich phase was análi...
Continuous galvanizing process involving immersion in a molten zinc bath is commonly used to form zi...
The mechanism of iron dissolution and the effect of initial Fe content in a Zn bath on the dissoluti...
Some experiments dealing with the isothermal hot dip galvanizing were carried out. The (Zn) – coatin...
In Part I of this article, the role of the Zn content in the development of solidification microstru...
Due to a distortion of its hexagonal unit cell along the c-axis compared to hexagonal-close-packed m...
Dendritic microstructural evolution during the solidification of Mg-Zn alloys was investigated as a ...