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Warianty tytułu
Języki publikacji
Abstrakty
The purpose of the paper is to analyze deformation problems in welded structures. The stresses resulting from thermomechanical loadings cause bending, buckling and rotation. The basic types of distortions in welding are analyzed. The paper has a review character.
Naprężenia spawalnicze powodują skręcanie, zginanie i obrót elementów konstrukcji spawanych. W pracy przedstawiono główne typy deformacji konstrukcji spawanych. Praca ma charakter przeglądowy.
Słowa kluczowe
Rocznik
Tom
Strony
69--74
Opis fizyczny
Bibliogr. 27 poz., rys.
Twórcy
Bibliografia
- [1] Alpsten G.A., Tall L., Residual stresses in heavy welded shapes, Welding Journal 1970, 39(3), Research Supplement, 93-105.
- [2] Bentley K.P., Greenwood J.A., McKnowlson P., Bakes R.G., Temperature distributions in spot welds, Brit. Weld. Journal 1963, 613-619.
- [3] Brust F.W., Kanninen M.F., Analysis of residual stresses in girth welded type 304-stainless pipes, ASME Journal of Materials in Energy Systems 1981, 3(3).
- [4] Eager T.W., Tsai N.S., Temperature fields produced by traveling distributed heat sources, Welding Journal 1983, 62(12), 346-355.
- [5] Hess W.F., Merrill L.L, Nippes E.F. Jr., Bunk A.P., The measurement of cooling rates associated with arc welding and their application to the selection of optimum welding conditions, Welding Journal 1943, 22(9), Research Supplement, 377-422.
- [6] Jeong S.K., Cho H.S., An analytical solution to predict the transient temperature distribution in fillet arc welds, Welding Journal 1997, 76(6), 223-232.
- [7] Jhaveri Pravin Moffatt W.G., Adams C.M. Jr., The effect of plate thickness and radiation on heat flow in welding and cutting, Welding Journal 1962, 41(1), Research Supplement, 12-16.
- [8] Kasuya T., Yurioka N., Prediction of welding thermal history by a comprehensive solution, Welding Journal 1993, 72(3), 107-115.
- [9] Kawai T., A study on residual stresses and distortion in welded structures, Journal of the Japan Welding Society 1964, 33(3), 314.
- [10] Kawai T., Yoshimura N., A study on residual stresses and distortion in welded structures (Part 2), Journal of the Japan Welding Society 1965, 34(2), 214, and Part 3 1965, 34(12), 215.
- [11] Murray J.D., Welding of high yield point steels, Welding and Metal Fabrication 1966, 8.
- [12] Nagaraja Rao N.R., Esatuar F.R., Tall L., Residual stresses in welded shapes, Welding Journal 1964, 43(7), Research Supplement, 295-306.
- [13] Prokhorov N.N., Samotokhin S.S., Effect of artifical flowing off of heat on processes of developing internal stresses and strain in welding, Avt. Proiz. 1977, 5, 63-69.
- [14] Rabkin D.M., Temperature distribution through the weld pool in the automatic welding of aluminium, British Welding Journal 1959, 6(8), 132-137.
- [15] Rosenthal D., Cambridge M., The theory of moving source of heat and its application to metal treatments, Trans. ASME 1946, 68(11), 849-866.
- [16] Rosenthal D., The theory of moving sources of heat and its application to metal treatments, ASME Trans. 1946, 849-866.
- [17] Rykalin N.N., Berechnung der Wärmevorgänge beim Schweissen, Verlag Technik, Berlin 1957, 68-69.
- [18] Rykalin N.N., Calculation of heat processes in welding, Lecture the presented before the American Welding Society 1961, April.
- [19] Rykalin N.N., Calculations of thermal processes in welding, Mashgiz, Moscow 1951.
- [20] Służalec A., Theory of thermomechanical processes in welding, Springer, 2005.
- [21] Sudnik W., Research into fusion welding technologies based on physical-mathematical models, Welding & Cutting 1991, 43, E216-E217.
- [22] Vogel L.E., Lyens J.V., Pumphrey W.I., Temperature and hardness distribution in welded Al-4% Cu alloy sheet, Brit. Weld. Journal 1954, 252-259, June.
- [23] Wayman S.M., Stout R.D., A study of factors effecting the strength and ductility of weld metal, Welding Journal 1958, 5.
- [24] Wilson W.M., Hao C.C., Residual stresses in welded structures, The Welding Journal 1974, 26(5), Research Supplement, 295-320.
- [25] Yang Y.P., Brust F.W., Welding-induced distortion control techniques in heavy industries, Symposium on Weld Residual Stresses and Fracture 2000, ASME Pressure Vessels and Piping Conference, Seatle, WA, USA, July 23-27 2000.
- [26] Yoshida T., Abe T., Onoue H., Residual stresses in circular-patch-welds, Journal of the Society of Naval Architects of Japan 1959, 105.
- [27] Opracowanie techniczne, Prostowanie płomieniowe, opracował K. Baran, LINDE GAZ POLSKA Sp. z o.o.
Typ dokumentu
Bibliografia
Identyfikator YADDA
bwmeta1.element.baztech-article-BPC5-0003-0086