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386

3.

Irwin, G.R., Kies, J.A.,

Fracturing and fracture dynamics

, Welding Journal. Res. Sup. 31 (2),

pp. 95s-100s. (1952)

4.

Irwin, G.R., Kies, J.A.,

Critical energy rate analysis of fracture strength

, Welding Journal.

Res. Sup. 33 (4), pp. 193s-198s. (1954)

5.

Irwin, G.R.,

Plastic zone near a crack and fracture toughness

, Proc. 7

th

Sagamore Research

Conf. on Mechanics & Metals Behavior of Sheet Material, Vol.4, pp. 463-478, Racquette

Lake, NY. (1960)

6.

Dugdale, D.S.,

Yielding of steel sheets containing slits

, J. Mech. Phys. Solids, 8, pp. 100-104.

(1960)

7.

Wells, A.A.,

Application of fracture mechanics at and beyond general yielding

, British Weld-

ing Journal, 11, pp. 563-570. (1963)

8.

Rice, J.R.,

A path independent integral and the approximate analysis of strain concentration by

notches and cracks

, J. Appl. Mech. 35, pp. 379-386. (1968)

9.

Paris, P.C., Gomez, R.E., Anderson, W.E.,

A rational analytic theory of fatigue

, The Trend in

Engineering, 13 (1), pp. 9-14, University of Washington. (1961)

10. Landes, J.D., Begley, J.A.,

A fracture mechanics approach to creep crack growth

, ASTM STP

590, pp. 128-148, Philadelphia, ASTM. (1976)

11. Speidel, M.O.,

Theory of stress corrosion cracking in alloys

, J.C. Scully (ed.), NATO Scienti-

fic Affair Division. Brussels, pp. 345-354. (1970)

12. JUS ISO 5817,

Elektrolučno zavarivanje čelika – uputstvo za ocenu nivoa kvaliteta

, JUS. (in

Serbian) (1997)

13. Reed, R.P., Schramm, R.E.,

Entry level inspection of pipeline circular welded joints with

accent to non-destructive testing

, (in Serbian) Monograph of the 3rd International Fracture

Mechanics Summer School (IFMASS 3), Ed. S. Sedmak, pp. 319-338. (1985)

14. Read, D.T.,

Fracture mechanics analysis and curves of allowed flaw size for surface cracks in

pipelines

, (in Serbian),

ibid.

12, pp. 319-338. (1985)

15. Reed, R.P., et al.,

Fitness-for-service criteria for pipeline girth-weld quality

, Final Report to

the U.S. DOT, NBS, Boulder, CO, USA. (1983)

16. Hicho, G.E.,

Assessing the significance of blunted flaws in quality inspection of welded pipe-

lines for service entry level

, (in Serbian),

ibid

12, pp. 339-353. (1985)

17. Burdekin, F.M., Dawes, M.G.,

Practical use of linear elastic and yielding fracture mechanics

with particular reference in pressure vessels

, Proc. of the Institute of Mechanical Engineering

Conference, London, pp. 28-37. (1971)

18. Bednar, H.H.,

Pressure Vessel Design Handbook

, Van Nostrand Reinhold Comp., New York,

NY. (1986)

19. PD6493:1980,

Guidance on methods for assessing the acceptability of flaws in fusion welded

structures

, London: British Standard Institution. (1980)

20. PD6493:1991,

Guidance on methods for assessing the acceptability of flaws in fusion welded

structures

, London, BSI. (1991)

21. Reports 1–8/98, Goša Institute, S. Palanka, (in Serbian). (1998)

22. Report No.12-10-12.03/98, Faculty of Mechanical Engineering, Belgrade (in Serbian). (1998)

23. Adžiev, T.,

Contribution to studying the influence of residual stresses on the fracture resis-

tance of welded structures containing a crack

, (in Macedonian), Doctoral Thesis, Faculty of

Mechanical Engineering, Skopje. (1988)

24. Gerić, K.,

Crack initiation and growth in high strength steel welded joints

, (in Serbian) Doc-

toral Thesis, Faculty of Technology and Metallurgy, Belgrade. (1997)

25. Hertzberg, R.W.,

Deformation and Fracture Mechanics of Engineering Materials

, John Wiley

& Sons, New York, NY. (1996)

26. Maneski, T., Sedmak, A.,

Structural integrity

, (in Serbian), Journal of the Society for Struc-

tural Integrity and Life, Belgrade, Vol.1, No.2, pp. 107-110. (2001)