International audienceIn continuous hot dip galvanizing, steel strip is immersed in a molten zinc bath containing small amounts of aluminium. A model has been developed describing the kinetics, of the galvanizing reactions that occur at the steel/liquid zinc interface (dissolution of iron, heterogeneous nucleation and growth of the intermetallic phase Fe2Al5Znx). The model has been validated using experimental data available in the literature for a three-second galvanizing treatment
International audienceIn hot-dip galvanizing, the steel strip is annealed in an atmosphere of N2 and...
The galvanizing reaction is very sensitive to alloying elements of steel. Therefore when industrial ...
The reactions between solid iron and liquid zinc at temperatures of so-called "linear range" were st...
International audienceIn continuous hot dip galvanizing, steel strip is immersed in a molten zinc ba...
International audienceSteel strip is often coated with a layer of zinc in order to protect it agains...
In the modern galvanizing line, as soon as the steel strip enters the aluminum-containing zinc bath,...
In the modern galvanizing line, as soon as the steel strip enters the aluminum-containing zinc bath,...
International audienceIn hot dip galvanizing, steel strip is coated by immersion in a bath of molten...
International audienceIn the area of continuous galvanizing, research is necessary to improve our un...
This review article mainly describes the composition of intermetallic Fe - Zn, i.e. zeta (ζ), delta ...
THE REACTION between liquid zinc and steel, such as occurs during hot-dip galvanizing, shows some un...
The mechanism of iron dissolution and the effect of initial Fe content in a Zn bath on the dissoluti...
Copper coating on steel before dipping in liquid zinc was found to be an effective route to improve ...
The present investigation examines the evolution of the microstructures of galvanised steel during t...
Galvanizing is a well-established, economical, and durable method for protecting metals from corrosi...
International audienceIn hot-dip galvanizing, the steel strip is annealed in an atmosphere of N2 and...
The galvanizing reaction is very sensitive to alloying elements of steel. Therefore when industrial ...
The reactions between solid iron and liquid zinc at temperatures of so-called "linear range" were st...
International audienceIn continuous hot dip galvanizing, steel strip is immersed in a molten zinc ba...
International audienceSteel strip is often coated with a layer of zinc in order to protect it agains...
In the modern galvanizing line, as soon as the steel strip enters the aluminum-containing zinc bath,...
In the modern galvanizing line, as soon as the steel strip enters the aluminum-containing zinc bath,...
International audienceIn hot dip galvanizing, steel strip is coated by immersion in a bath of molten...
International audienceIn the area of continuous galvanizing, research is necessary to improve our un...
This review article mainly describes the composition of intermetallic Fe - Zn, i.e. zeta (ζ), delta ...
THE REACTION between liquid zinc and steel, such as occurs during hot-dip galvanizing, shows some un...
The mechanism of iron dissolution and the effect of initial Fe content in a Zn bath on the dissoluti...
Copper coating on steel before dipping in liquid zinc was found to be an effective route to improve ...
The present investigation examines the evolution of the microstructures of galvanised steel during t...
Galvanizing is a well-established, economical, and durable method for protecting metals from corrosi...
International audienceIn hot-dip galvanizing, the steel strip is annealed in an atmosphere of N2 and...
The galvanizing reaction is very sensitive to alloying elements of steel. Therefore when industrial ...
The reactions between solid iron and liquid zinc at temperatures of so-called "linear range" were st...
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