Файл: Хрупкие разрушения сварных конструкций..pdf

9.Wilson, W. M. and С. C. Hao, «Residual Stresses in Welded Structu­ res», U. of 111. Engrg. Expt. Sta. Bull. No. 361, 1946.

10.Videon, F. F., F. W. Barton, and W. J. Hall, «Brittle Fracture Propa­

gation Studies», Ship Structure Committee Report No. SSC-148, 1963.

11.Wells, A. A., «Brittle Fracture Strength of Welded Steel Plates», British Welding Journal, 8: 5 (1961), p. 259.

12.Wells, A. A., «Brittle Fracture Strengths of Welded and Notched 3 in.

Thick Steel Plates», British Welding Journal, 8: 8 (1961), p. 389.

13. Wakefield, B. A. and A. A. Wells, «Further Brittle Fracture Tests of Welded and Notched 3 in. Thick Steel Plates», British Welding Journal, 9: 1 (1962), p. 29.

14. Boyd, G. M, «Metallurgical Concomitants», British Welding Journal,

8:7 (1961), p. 343.

15.Burdekin, F. M. and A. A. Wells. Special Report, West of Scotland Iron and Steel Institute, 1964, p. 74.

Plates», British Welding Journal, 10: 5 (1963), p. 270.

17.Wells, A. A., «The Brittle Fracture Strength of Welded Steel Plates»,

Trans. Royal Inst. Naval Arch., 98 (1956), p. 296.

18.Kihara, H„ K. Masubuchi, K. Iida, and H. Oba, «Effect of Stress Reli­ eving on Brittle Fracture Strength of Welded Steel Plate», IIW Document X-218—59.

19.Bevitt, E., and A. L. Stott, «Fast Fracture of Pressure Vessels», United Kingdom Atomic Energy Authority TRG Report 477(C), 1963.

mal Tensile Stress Relaxation Apparatus», Paper 63, Joint International Con­ ference on Creep, ASME, ASTM, Inst. Mech. Eng., 1963.

23.Lagasse, P. E. and J. Plateau, «Influence d’une Déformalion Préalable sur la Rupture Fragile», IIW Document IX-328-62.

24.Wells, A. A. and F. M. Burdekin, «Local Heat Treatment for Welded

Plate Structures», BWRA Bulletin, September and November, 1962.

25.Timoshenko, S., Theory of Elasticity, McGraw-Hill Book Company, 1934.

26.Cotterell, B., «Stress Relief of Butt Welds in Rectangular Plates by Local Heating», British Welding Journal, 8: 10 (1961), p. 485.

p. 19; also Cotterell, B., «Local Heat Treatment of Spherical Vessels», British Welding Journal, 10: 3 (1963), p. 91.

Кглаве 6

1.Griffith, A. A., «The Phenomena of Rupture and Flow in Solids», Phil.

Inc., 1956.

306

7. Inglis, C. E., «Stresses in а Plate Due to Presence of Cracks and Sharp Corners», Trans. Inst. Naval Arch. London, 55 (1913), Part 1, 219.

8.Westergaard, H. M., «Bearing Pressures and Cracks», !. Appl. Mech., ASME, 61 (1939), A.49.

9.Irwin, G. R., «Fracture», Handbuch der Physik, Springer, VI (1958), 551.

10.Irwin, G. R., «Relation of Stresses near a Crack to the Crack Extension Force», lXth Int. Cong. Appl. Mech., Brussels, Paper 101(2), 1956.

12.Irwin, G. R., «Analysis of Stresses and Strains near the End of a Crack Traversing a Plate», J. Appl. Mech., 24: 3 (1957), 361.

13.Winne, D. H. and В. M. Wundt, «Application of the Griffith-Irwin Theory of Crack Propagation to the Bursting Behavior of Disks, Including Analytical and Experimental Studies», Trans. ASME, 80: 8 (November, 1958), 1643.

14.Sneddon, I. N., «The Distribution of Stress in the Neighborhood of a

Crack in an Elastic Solid», Proc. Roy. Soc., London, 187 (1946), p. 229.

15.Irwin, G. R., «Closure—Crack-Extension Force for a Part-through Crack in a Plate», I. Appl. Mech., 85 (1963), p. 476.

16.Wundt, В. M., «A Unified Interpretation of Room Temperature Strength of Notched Specimens as Influenced by Their Size», ASME Metals Engineering

Conference, Paper 59-Met-9, April, 1959.

17.Irwin, G. R., «Crack-Extension Force for a Crack and the Free Surface Boundary», Naval Res. Lab. Report 5120, April, 1958.

18.McClintock, F. A. and J. A. H. Hult, IXth Int. Cong. Appl. Mech.,

24.Weibull, W., Proc. Roy. Swedish Inst. Engrg. Research, 193: 151 (1939).

25.Hendrickson, J. A., D. S. Wood, and D. S. Clark, «The Initiation of

Brittle Fracture in Mild Steel», Trans. Am. Soc. Metals, 50 (1958), 656.

26.Robertson, T. S., «Brittle Fracture of Mild Steel», Engineering, 172: 4471 (1951), p. 445.

27.Wells, A. A. and D. Post, «The Dynamic Stress Distribution Surrounding a Running Crack—A Photoelastic Analysis», Proc. Soc. Exp. Stress Analysis, XVI: 1 (1958), 69.

28. Joffe, E. H„ «The Moving Griffith Crack», Phil. Mag., 42 (1951), 739. 29. Akita, Y. and K. Ikeda, «Theoretical Research on the Propagation of

Brittle Fracture», Transportation Tech. Res. Inst., Japan, Report No. 37, Sep­ tember, 1959.

30.Broberg, К. B., «The Propagation of a Brittle Crack», Arkiv. für FysiA,

18:10 (I960), 159.

31.Crussard, C., Report P3, Proc. Admiralty Brittle Fracture Conference,

London: Her Majesty's Stationery Office (1959), 174.

32. Akita, Y. and K. Ikeda, «Theory of Brittle Crack Initation and Propa­

34.Wells, A. A., «The Brittle Fracture Strength of Welded Steel Plates»,

Trans. Royi Inst. Naval Arch., 98 (1956), 296.

35.Masubuchi, K., «Dislocation and Strain Energy Release during Crack Propagation in Residual Stress Field», Transportation Tech. Res. Inst., Japan,

Report No. 29, 1958.

36.Wells, A. A., «Notched Bar Tests, Fracture Mechanics and the Brittle

Strengths of Welded Structures», British Welding Journal, 12: 1 (1965).

37. Research Committee for Iron and Steel, «Studies on the Establishment of Criteria for Steel Qualification to Prevent Welded Structure from Brittle Fracture», Japan Welding Engrg. Soc., 1963.

38.Burdekin, F. M. and D. E. W. Stone, 1. Strain Analysis, 1: 2 (1966), 145.

39.Bilby, В: A., A. H. Cottrell, and К. H. Swinden, «The Spread of Plastic Yield from a Notch», Proc. Roy. Soc., A, 272, (1963), p. 304.

40.Smith, E., «The Spread of Plasticity from a Crack», Central Electricity Generating Board Lab. Note No. RD/L/M/31/62, 1962.

43.Kochendörfer, A., «The Embrittlement Temperature at an Inhomogeneous Stress State», Max-Planck Institut, Düsseldorf, to be published.

44.Wells, A. A., «The Application of Fracture Mechanics to Yielding Ma­ terials», Proc. Roy. Soc., A, 285 (1965), p. 34.

47.Green, A. P. and В. B. Hundy, «Initial Plastic Yielding in Notch Bend Tests», J. Mech. Phys. Solids, 4 (1956), 128.

48.Wells, A. A., «Welded Ferritic Steel Construction for Intermediate

p.162, 1963.

4.Yoshiki, M. and T. Kanazawa, «On the Mechanism of Propagation of

(January, 1960), 201.

8. Akita, Y. and K. Ikeda, «Theory of Brittle Crack Initiation and Propaga­

308

9.Akita, Y. and K. Ikeda, «On Brittle Crack Propagation and Arrest— Theoretical and Experimental Analyses of Esso Test with Temperature Gra­ dient», IIW Doc. JX-364-63-, also J. Soc. Naval Japan, 112 (December, 1962», 153.

10.Kihara, H., N. Ogura, T. Maeda, and T. Matsuoka, «Brittle Crack Pro­

13.Kihara, H., T. Kusuda, K. Iida, T. Maeda, and T. Matsuoka, «Effect of Residual Stresses on the Behavior of Brittle Fracture Propagation», IIW Doc. X-263-61.

14.Soete, W., «Brittle Fractures in Mild Steel Structures», Brussels: Belgian Welding Institute, 1958.

15.Hebrant, F., H. Louis, W. Soete, and A. Vinckier, «Résultats de Quelques

18.Griffith, A. A., «The Phenomena of Rupture and Flow in Solid», Phil. Trans. Roy. Soc., 221 (1920), p. 163.

19.Orowan, E., «Fundamentals of Brittle Behavior in Metals», Fatigue and Fracture of Metals, Tech. Press of MIT and John Wiley & Sons. Inc., New York, '1950, 139.

20.Irwin, G. R., «Fracture», Hrtndbuch der Physik, Band VI, Springer, 1958.

21.Ogura, N., «A Study on the Ductile Arrest of Brittle Crack», J. Soc. Naval Arch. Japan, 110 (December, 1961), 443.

22.Koshiga, F., O. Imazawa, and S. Takehana, «Arrest-Transition of Brittle

for the Fracture-Safe Engineering Design of Steel Structures», NRL Report 5920, March, 1963; Pellini, W. S. and P. P. Puzak, «Practical Considerations irl Applying Laboratory Fracture Test Criteria to the Fracture-Safe Design of Pressure Vessels», NRL Report 6030, November, 1963; Pellini, W. S., R. J. Goo­ de, P. P. Puzak, E. A. Lange, R. W. Huber, «Review of Concepts and Status of Procedures for Fracture-Safe Design of Complex Welded Structures Involving Metals of Low to Ultra-High Strength Levels», NRL Report 6300, June, 1965.

Кглаве 8

1.Williams, M. L. and G. A. Ellinger, «Investigation of Structural Failu­

309

5. Pellini, W. S. and P. P. Puzak, «Fracture Analysis Diagram Procedures for the Fracture-Safe Engineering Design of Steel Structures», Naval Res. Lab. Report No. 5920\ also «Practical Considerations in Applying Laboratory Fracture

Test Criteria to the Fracture-Safe Design of Pressure Vessels», Naval Res Lab.

Report No. 6030, 1963.

6.Newhouse, D. L. and В. M. Wundt, «Brittle Boundary. Test Specimens for Determination of Brittle Fracture Characteristics of Alloy Steel» (MEMO BMW-14), February 19, 1961.

7.«On P. B. Charpy Test», Univ. of Tokyo, 6th Subcommittee, Electric Welding Committee of Soc. Naval Arch. Japan, 6-36-77, 1961.

8.Weck, R„ «An Account of M. Henri M. Schnadt’s Ideas on the Strength

10.Yoshiki, M., «Statistical Investigations on V-Notch Charpy Transition Curves and Scattering of Impact Data», IIW Doc. IX-268-60.

11.Committee of Arresting Temperature of Crack Propagation, «Studies on Crack Arresting Temperature for Tokai Reactor Pressure Vessel Steel», Japan Atomic Power Company, April, 1963.

12.Yoshiki, M„ T. Kanazawa, and A. Otsuka, «Effects of Notch Radius on Brittle Fracture of Mild Steel in Impact Tension Test», ■J. Soc. Naval Arch. Japan, 98, p. 75.

13.Kanazawa, T. and H. Itagaki, «On the Critical Notch Radius in V-Nolch Charpy Test», Proceedings of the Second Japan Congress on Testing Materials,

Japan Society for Testing Materials, Kyoto, p. 76, 1959.

14.Kahn, N. A., E. A. Imbembo, and F. Ginsberg, «Effect of Variations in Notch Acuity on Behavior of Steel in the Charpy Notch-Bar Test», Proc. ASTM, 50 (1950).

15.Tsushima and Wakazaki. Thesis of Bachelor’s Degree Presented to De­ partment of Naval Architecture, University of Tokyo, 1957.

17.Koshiga, F., «On the Pressed-Notch Charpy Test», J. Soc. Naval Arch. Japan, 104 (1959).

18.Kahn, N. A. and E. A. Imbembo, «A Method ol Evaluating Transition

from Shear to Cleavage Fracture in Ship Steel Plate Test», Welding Journal,

27:4 (1948), Res. Suppl., 169-s.

19.19th Research Committee, «Further Investigation on the Testing Method

20.Ikeda, K-, «Effect of Thickness of the Notch Toughness of Ship Steel Plates», Report of Transportation Tech. Res. Inst., 5: 12 (1954).

21.Baker, J. T. and C. F. Tipper, «The Value of the Notch Tensile Test», •

Proc. Inst. Mech. Engr., 170, (1956), 615.

22.de Graaf, J. E. and J. H. Van der Veen, «The Notched Slow-Bend Test

as a Brittle Fracture Test», J. Iron and Steel Inst., January, 1953.

23. Puzak, P. P., E. W. Eschbacher, and W. S. Pellini, «Initiation and Pro­

25.Stout, R. D. and L. J. McGeady, «Notch Sensitivity of Welded Steel Plates», Welding Journal, 28: 1 (1949), Res. Suppl., 1-s.

26.Kinzel, A. B., «Ductility of Steels for Welded Structures», Welding

310