Issue 14

In inv obs M A Th aqu g/l dip this work, th estigated con ervations. TERIAL AN hree dif were pe fifteen c e following p eous solutio ZnCl 2 and 2 ped in the zin Figure 2 : D e influence sidering diff D EXPERIM ferent bath c rformed at 4 oating, 3 mm rocedure wa n 20% H 2 SO 20 g/l NH 4 c bath. All g C 0.090 ifferent clam of dipping t erent Sn and Fig ENTAL PRO ompositions 60°C ± 2 °C thick comm s used for co 4 at 50°C for Cl at environ alvanized pla Si 0.167 T (a) ping configura V. Di Cocco et ime and coa Ti contents ure 1 : Zn coat CEDURES were consid , considering ercial ipersan ating the pla 10 minutes, ment tempe tes were air c Mn 0.540 able 1 : Steel c tions: a) Starti alii, Frattura ed tings chemic by means o ing section: in ered: pure Z five differen delin carbon tes. They we washed in fre rature for 2 ooled. P 0.010 hemical comp (b) ng position; b Integrità Strutt al composit f bending te termetallic pha n, Zn + 3 % t dipping tim steel plates w re degreased sh water, flu minutes and S 0.004 osition (wt % ) Pure applied urale, 14 (2010) ions on dam sts and LOM ses. wt Sn, Zn es: 15, 60, 1 ere used (Ta and rinsed w xed in an aqu dried for 10 Al 0.051 ). (c) bending mom 52-63; DOI: 10 aging microm (Light Opt + 0.5 %wt T 80, 360 and b. 1) . ith alcohol a eous solutio minutes at Fe Bal. ent; c) 30° po .3221/IGF-ESIS. echanisms ical Microsco i. Zinc coat 900 s. For all nd pickled in n containing 100°C and t sition [8,9]. 14.06 53 was pe) ings the an 280 hen