TITLE:
Cracking of S235JR Cold-Deformed Steel during Galvanizing—Developing a Test to Evaluate and Predict the Effect of the Zinc Alloy Composition
AUTHORS:
Anne-Lise Cristol, David Balloy, Christophe Niclaeys, Philippe Quaegebeur, Ludovic Néel
KEYWORDS:
Galvanizing; Cracking; Steel; Experimental Design
JOURNAL NAME:
Journal of Surface Engineered Materials and Advanced Technology,
Vol.3 No.1A,
February
28,
2013
ABSTRACT: This paper presents a
study on the cracking of steel pieces during their galvanization in alloyed
liquid zinc. An experimental design was developed to show the effect of the
amount of the various alloying elements (Sn, Bi, Pb) on this phenomenon. The
characterization of the effect was obtained by 1) deformation by three-point bending
of a piece of steel with different levels of deflection; 2) galvanizing and 3) observation and measurement of the
cracks. A model of the
critical deflection (deflection for crack starting) with the amounts of Sn, Pb,
and Bi is presented and the predictions are described.