Issue 14

V.

Di Cocco et alii,

Frattura ed Inte

grità Strutturale

, 14 (2010) 52

-63; DOI: 10.322

1/IGF-ESIS.14.06

(a)

(b)

(c)

Fig

ure 9 : Dippin

g time influenc

e on half angl

e-bending mo

ment curve: a)

Zn bath; b) Z

n + 3 %wt Sn

bath; c) Zn +

0.5 %wt Ti b

ath.

nsidering coa ses distribut tribution is n er dipping t responding 

tings obtaine ion always f ot different i imes imply r -  interface

d using a Zn ollows the “ f compared t adial cracks or propagate

+ 3 %wt Sn classical” mo o the damage nucleation co in  phase. I

bath (Fig. 1 rphology (F distribution rresponding n this case th

1) and focus ig. 1). From formerly des to the  ph e propagatio

ing the tensil a morpholo cribed (coati ase: these cr n could be a

e specimen s gical point o ng obtained u acks could e rrested either

ide, intermet f view, dam sing a Zn ba ither be arre in  phase o

allic age th): sted r at

Co pha dis low cor

58