369. Robinson J.N., Tetelman A.S. The relation ship betwin
crack tip operiing displacement. Local strain and specimen geomatry //' Int. J. Fracture. 1975. Vol.
11. № 3. P. 453-468.
370. Sommer E. Crowws Characteristics of
Part-Through Cracrs in Thick Walled Plates and Tubes. Transaction of the
ASME. Journal of Pressure Vessel Technology. 1977. Vol. 107-111. P.
98-102.
371. Spraragen W. Rosenflial D. Fatigne Stress of Welding
Goints. Weld. Engineer. 1942. Res. Suhl. P. 297-348.
372. Structural Weld // Steel American Welding Society.
Code.: 1979. Dl-1-79.
373. Valluri R. A Teory of Metal Fatigue.
Acta Metallurg. 1963. Vol. Ц. P. 759.
374- Wei R.P. On anderstanding
environment-enhanced fatigue cracke growth II A
fandomental approch — Fatigue Mechanisms. Symp. Kansas-City. 1979. № 675.
P. 618-840.
375. Wei R.P., Landes J.D. Correlation between
sustained load an fatigue crack growth in high-strength steel // Mater. Res. and Stand. 1969. Vol. №
7. P. 25-46.
376. Wells AA. Notched Bar Tests, Fracture
Mechanics and the Brittle Strength of Welded Structures // Brit. Weld. J. Vol. 12. № 1. 1965.
P. 2-3.
377. Wells AA. Mechanics of Notch brittle
fracturre Welding research //
Brit. Welding research assn. Vol. 7. № 2. 1953. P. 34-56.
378. Wilson W.» Munse W. Fatigue Strength of various
types of Britt Welding Connection steel plates // Uniwers. of Illinois. Bull. 1950.
120 p.