Abstract
The #galvanizing process by thermal diffusion or #Sherardizing is a
process used by the industry to increase the corrosion resistance of
some metals, especially steel. However, achieving a good #optimization of
this process, that is, an optimal consumption of Zn dust without
exceeding the necessary quantity needed to get a homogenous coating
layer thick enough to provide an efficient #anti-corrosive property is
not always easy. This work explores the difficulties found in the
industry to optimize that process, and we propose a software that allow
simulating and considering different parameters to propose the quantity
of Zn dust to be used depending on the working conditions, the parts to
by coated and the container used. This software allows also considering,
in the simulation, the addition of Zn halides for improving the #coating process.
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Empirical Software Proposal for The Simulation and Optimization of The Galvanizing Process by Thermal Diffusion by Víctor García in BJSTR
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