351. Gross В., Mendelson A. Plane Elastostatic
Analysis of V — notched Plates // Int. J. Fract. Mech. 1972. Vol. 8.
P. 40-42.
352. Guidance of some Methods for the
Derivation of Asseptance Levels for Defects in Fasion welded joints.
London. British Standards Institution.: 1987. P. 48-52.
353. Gurney T. Influence of Residual Stresses
on fatigue welded attachments I/ British
Welding Journal. 1960. Nb 6. 48
p.
354. Gundy and Trepkf. Influence of Local
Heating on fatigue Behavior of welded speciments // Brit. Welding. 1959. Nb 1. P.
90-92.
355. Harrison I.D. Acceptanselevels for
defects in welds subjected to fatigue loading. Int. Inst. Weld. Annu.
Assem. Bratislava.: 1979. P. 237-247.
356. Harrison I.D. Basis a proposed Acceptance
Standard for Weld Defects //'
Part 1. Prosity — Met. Constr. and Brit. WeldJ. 1974. Vol 4. № 3. P.
96-124.
357. Harrison I.D. Basis a proposed Acceptance
Standard for Weld Defects. Part 2. Slag Inclusion // Met. Constr. and Brit. Weld. J.
1974. Vol 4. № 7. P. 324-339.
358. Harrison I.D., Dawes M.G., Archer G.L. and
Kamath M.S. The
COD approch and ITS application to
welded structures // Int. Inst.
Weld. Assem. Bratislava. 1979. X — WGCD - 35.
359. Heckel K., Wagner R. The tensile fatique
bechavior of CT-speciments with small notch root radius //' Int. Journal of Fracture. 1975.
Vol.11. № 1. P. 48-54.
360. Kanazawa Т., Machid S. OutUne of
IWES Standard for critical assessment of defects with regard to britle
fracture, and some studies //'
Int. Inst. Weld. Annu. Assem. Bratislava. 1979. P.274-304.
361. Librich M. KerbempfindUchkeit von stahleu
in Gebit der Zeitfeigkeit //'
Universitat Stuttgart. 1968. 164 s.
362. Masimoto J., Tamaki K. and Jmata M.
Improvement of fatigue strength of Steel. Welding Joint by Hot
Calvanising (Report I) //
Journal of the Japan Welding Socaety. 1969. N° 5. P. 240-243.
363. Neuroan A. Schweisstechnische Handbuch
fur Konstrukteure BJVEB Verlag. Berlin.: 1955. S. 21-28.
364. Neuraan A. Die Dauerfestigkeit der
Schweissvtrbindungen Schweisstechnik. 1953. № 6-8. S. 31-40.
365. Neuman A.R., Muller J., Krebs. Grundlagen
der Schweiss technik Gestaltung.VEBV. Teknik. Berlin.: 1974.
366. Norton, Rosental A. Investgation of the
behavions of residual stress under External Load. — Weld. Engin.: 1943. P.
21-24.
367. Puchuer O. Fatigue Strenth rising of
Weldments with residual stress // Welding in Chechoslovakia. 1946. 48
p.
368. Radaj. Gestaltung und Berechnung von
Schweiss Konstraktionen Ermudungsfestigkeit // Deutscher Verlag fur
Schweisstechnik (DVS). Gmb. H. Dusseldorf. 1985. 224
p.
