By K. Iida (auth.), K. Iida, A. J. McEvily (eds.)
The fabric coated within the manuscripts released herein used to be subjected to public inquiry throughout the Japan-US Joint Seminar on fabrics for critical provider stipulations in the course of 19-23 may perhaps 1986 on the Toranomon Pastral visitor apartment in Minato-Ku, Tokyo, Japan. This seminar used to be the most recent in a sequence on complicated fabrics and functions initiated within the early Nineteen Seventies by means of Professor T. Kanazawa of Japan and Professor A. S. Kobayashi of the U.S.. The 1986 seminar used to be equipped through the undersigned with the capable counsel of Professor H. Kobayashi and Dr H. Nakamura of the Tokyo Institute of expertise, and Dr okay. Minakawa of the Nippon Kokan Technical learn heart. The semi nar was once backed via the USA nationwide technology beginning and through the Japan Society for advertising of technology. This court cases quantity is available for its. reference worth within the enhancement of the certainty of the habit of complex struc tural fabrics for layout functions concerning antagonistic loading con ditions and critical environments. throughout the seminar makes an attempt have been additionally made to extract precedence problems with attainable huge impression on technological know-how or expertise, and to articulate attainable guidance for motion plans.
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6. 1. Fully austenitic stainless steel (SUS31OS, 25Cr-20Ni) Fully austenitic stainless steel is very crack susceptible (solidification crack) in welding, although the welded joints of fully austenitic stainless steels are superior in low temperature ductility, high temperature strength and have superior corrosive properties in comparison with austenitic-ferrite stainless steel. SUS310S (AISI 310S correspondence) is one of these typical fully austenitic stainless steels. The mechanism for the crack susceptible property during welding of SUS310S steel has been investigated recently, and the following counterplans have been discussed ; (a) Reduced P and S contents to less than 0·01 % in P+ S content in SUS310S and (b) addition of alloy rare earth metals (REM) or La element in SUS310S steel.
Et al. J. JIM, 18 (8) (1979), 573-81. 5. MATSUDA, F. et al. Trans. JWRI, 6 (2) (1977), 53-8. 6. ABE, N. et al. WM-956-84, JWS. 7. CHIBA, R. D. thesis, Osaka University, 1983. 8. ANPO, H. et al. J. WES,24 (5) (1976), 57-61. '1 STAINLESS INSTITUTE. SAS 801, 1979 (in Japanese). 10. NAKAO, Y. et al. JWES-SM-8301, 1983, 5, JWES, 46~77. 11. KATAYAMA, S. D. thesis, Osaka University, p. 5, 1981. 12. ZHANG, Y. D. thesis, Osaka University, p. 3, 1986. 13. KATO, Y. et al. J. JILM, 35 (4) (1985), 228-33. 14.
COLLIER, J. P. and TIEN, J. K. op. , Superalloys 1984, p. 457. 25. RAYMOND, R. Out of the Fiery Furnace: The Impact of Metals on the History of Mankind, MacMillan, South Melbourne, 1984, p. 39. 3 Welding of Materials for Use in Severe Service Conditions F. MATSUDA Welding Research Institute, Osaka University, Mihogaoka 11-1, Ibaraki, Osaka 567, Japan. ABSTRACT This author has introduced state-ofart welding technology to several construction materials used in severe environmental service in Japan.