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36. Rakin, M., Cvijović, Z., Grabulov, V., Kojić, M., “

Micromechanism of ductile fracture

initiation - void nucleation and growth”

. Facta Universitatis; Series: Mechanical Engineering,

Vol. 1, (2000), pp. 825-833.

37. Schwalbe, K. H., “

Basic engineering methods of fracture mechanics and fatigue”

, GKSS

Forschungs- zentrum, Geesthacht, (2001).

38. Schwalbe, K.H., Ainsworth, R.A, Eripret, C., Franco, C., Gilles, P., Koçak, M., Pisarski, H.,

Wang, Y.Y., “

Common views on the effects of yield strength mis-match on testing and

structural assessment”

. In: Mis-matching of Interfaces and Welds, GKSS Research Center,

Geesthacht, (1997), pp. 99-132.

39. Međo, B., Rakin, M., Gubeljak, N., Sedmak, A., “

Application of complete Gurson model for

prediction of ductile fracture in welded steel joints”

. Key Engineering Materials, Vol. 399,

(2009), pp. 13-20.

40. Rakin, M., Cvijović, Z., Grabulov, V., Gubeljak, N., Sedmak, A., “

The influence of micro-

structure on ductile fracture initiation in low-alloyed steel”

. Materials Science Forum, Vol.

453-454, (2004), pp. 175-180.

41. Awerbuch, J., “

Fundamentals of mechanical behaviour of materials”

. Wiley Custom

Publishing, Philadelphia, (2001).