Fatigue Properties of TRIP-Aided Dual-Phase Sheet Steel
Futiguc limit and crack propagation behavior of TRIP aided dual-phase (TDP) steel associated with the TRIP of retained austenite were investigated under the stress ration R of 0.1 and at three testing temperatures 20, 100 and 200°C. For comparison, a conventional ferrite-marlensite dual phese (DP) s...
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| Published in | Transactions of the Japan Society of Mechanical Engineers Series A Vol. 63; no. 608; pp. 717 - 724 |
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| Main Authors | , , , , |
| Format | Journal Article |
| Language | Japanese |
| Published |
The Japan Society of Mechanical Engineers
25.04.1997
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| Subjects | |
| Online Access | Get full text |
| ISSN | 0387-5008 1884-8338 |
| DOI | 10.1299/kikaia.63.717 |
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| Abstract | Futiguc limit and crack propagation behavior of TRIP aided dual-phase (TDP) steel associated with the TRIP of retained austenite were investigated under the stress ration R of 0.1 and at three testing temperatures 20, 100 and 200°C. For comparison, a conventional ferrite-marlensite dual phese (DP) sted was also tested. The fatigue limit of TDP steel was considerably higher than that of DP steel. Furthermore, the fatigue limit decreased with increasing testing temperature, differing from the case of DP steel. These results were ascribed to the solution strengthening of the ferrite matrix due to the large amount of added silicon and the "block effect"against crack initiation due to the strain-induced transformation of the retained austenite. In a low ΔK region the TDP steel crack propagation rate da/dN was higher than that of DP steel, and was accompanied by a smaller threshold value ΔKm. On the other hand, in a high ΔK region, da/dN was somewhat lower than that of DP stecl. Such crack propagation behavior was mainly explained on the basis of the crack closure effect induced by fracture surface roughness and fretting oxide films. |
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| AbstractList | Futiguc limit and crack propagation behavior of TRIP aided dual-phase (TDP) steel associated with the TRIP of retained austenite were investigated under the stress ration R of 0.1 and at three testing temperatures 20, 100 and 200°C. For comparison, a conventional ferrite-marlensite dual phese (DP) sted was also tested. The fatigue limit of TDP steel was considerably higher than that of DP steel. Furthermore, the fatigue limit decreased with increasing testing temperature, differing from the case of DP steel. These results were ascribed to the solution strengthening of the ferrite matrix due to the large amount of added silicon and the "block effect"against crack initiation due to the strain-induced transformation of the retained austenite. In a low ΔK region the TDP steel crack propagation rate da/dN was higher than that of DP steel, and was accompanied by a smaller threshold value ΔKm. On the other hand, in a high ΔK region, da/dN was somewhat lower than that of DP stecl. Such crack propagation behavior was mainly explained on the basis of the crack closure effect induced by fracture surface roughness and fretting oxide films. |
| Author | SUGIMOTO, Kohichi SUN, XiaoDong HAGA, Takeshi SHIRASAWA, Hidenori KOBAYASHI, Mitsuyuki |
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| References_xml | – reference: (18) 孫暁東•ほか4名, 日本機会学会材料力学部門講演会講演論文集, No.95-2, A(1995-8), 389-390. – reference: (24) 小林光征•ほか3名, 機論, 50-453, A(1984), 1003-1009. – reference: (12) 長坂明彦•ほか2名, CAMP-ISIJ, 8(1995), 556. – reference: (17) Ramage, R. M., ほか3名, Met. Trans., A, 18(1987), 1291-1298. – reference: (22) Minakawa, K. and McEvily, A. J., Scripta Metall., 15(1981), 633-636. – reference: (4) Sugimoto, K., ほか3名, ISIJ Int., 32-12(1992), 1311-1318. – reference: (19) Sakaki, T., ほか2名., Acta Met., 31(1983), 1737-1746. – reference: (25) 小林光征•ほか4名, 機論, 51-463, A(1985), 799-805. – reference: (7) 広瀬洋三•ほか4名, 塑性と加工, 35(1994), 1071-1075. – reference: (1) Zackay, V. F., ほか3名, Trans. ASM, 60(1967), 252-259. – reference: (16) Klesnil, M. and Lukas, P.(荒木透•堀部進訳), 金属疲労の力学と組織学, (1984), 48, 養賢堂. – reference: (23) 横幕俊典•ほか2名, 材料, 40(1991), 1415-1421. – reference: (5) Sugimoto, K., ほか3名, ISIJ Int., 33-7(1993), 775-782. – reference: (9) 杉本公一•ほか3名, 機論, 61-581, A(1995), 80-86. – reference: (15) 西谷弘信•ほか7名, 総合材料強度学講座6, 疲労強度学 ,(1985), 183, オーム社. – reference: (10) Sugimoto, K., ほか3名, Mater. Trans. JlM., 36-5(1995), 632-638. – reference: (2) Matsumura, O., ほか2名, Trans. ISIJ, 27(]987), 570-579. – reference: (3) Sugimoto, K., ほか2名, Met. Trans., A, 23(1992), 3085-3091. – reference: (14) ASTM E399-72. – reference: (11) Sugimoto, K., ほか3名, ISIJ Int., 35-11(1995), 1407-1414. – reference: (8) 川崎薫•ほか5名, CAMP-ISIJ, 8(1995), 532. – reference: (13) ASTM E647-81. – reference: (20) Stewart, A. T., Eng. Fract. Mech., 13(1980), 463-478. – reference: (21) Suresh, S., ほか2名, Met. Trans., A, 12(1981), 1435-1443. – reference: (6) 安木真一•ほか3名, 日本金属学会誌, 54-12(1990), 1350-1357. |
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| Snippet | Futiguc limit and crack propagation behavior of TRIP aided dual-phase (TDP) steel associated with the TRIP of retained austenite were investigated under the... |
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| SubjectTerms | Crack Closure Crack Propagation Fatiguc Fatigue Limit Retained Austenite Strain Induced Transformation Threshold Stress Intensity Range TRIP-Aided Dual Phase Steel |
| Title | Fatigue Properties of TRIP-Aided Dual-Phase Sheet Steel |
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