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Investigation of Thermal Fatigue Evaluation Method for Cast Iron
Technical Paper
2013-01-0393
ISSN: 0148-7191, e-ISSN: 2688-3627
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English
Abstract
We have developed a new test method in which temperature of cavity lip of a piston alone during engine rotation is reproduced, cavity lip strain is measured. As the results of strain measurement using the test method in a condition that simulates of conventional engines, a strain behavior was out-of-phase. And in a condition that simulates of high-load engines in future, strain behavior was clockwise-diamond cycle. It was found from the result of the test method developed that strain increased on the cavity lip. The fatigue life of the cavity lip was evaluated using the strain measured and isothermal fatigue curves which obtained by the strain controlled isothermal fatigue test. The result of engine durability test has revealed that the developed method was valid for thermal fatigue evaluation of the cavity lip.
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Citation
Sasaki, Y. and Katori, N., "Investigation of Thermal Fatigue Evaluation Method for Cast Iron," SAE Technical Paper 2013-01-0393, 2013, https://doi.org/10.4271/2013-01-0393.Also In
References
- Chiburi , H. , Yamamoto , K. , Kajiwara , H. , Yamane , M. , Metoki , S. A Study of Material Behavior and Thermal Fatigue Analysis for Cast-iron Cylinder Head HINO TECHNICAL REVIEW 61 53 58 2010
- Kuroda , Y. , Iga , A. , Seo , K. Consideration on Regard to Fatigue Safety Life in Operating Condition of Diesel Engine Cylinder Head Transactions of the Japan Society of Mechanical Engineers, Series B 70 695 240 248 2004
- Uchikura , M. , Matsui , T. Life Prediction of Thermal Fatigue for Cylinder Head Proceedings of Society of Automotive Engineers of Japan 961 315 318 1996
- Shimamoto , T. , Oomi , R. Thermal Analysis and Development of Evaluation Method of Exhaust Manifold Mitsubishi Motors Technical Review 11 39 45 1999
- Kuroda , Y. , Iga , A. , Seo , K. Experimental Study on Regard to Stress and Strain in Operating Condition of Diesel Engine Cylinder Head Transactions of the Japan Society of Mechanical Engineers, Series B 69 686 212 219 2003
- Kato , N. , Arai , T. , Shiraki , K. , Tsukahara , H. Application of Power-Unit CAE for New Generation Horizontally-Opposed Gasoline Engine SUBARU Technical Revew 38 71 75 2011
- Iwabuchi , Y. , Kobayashi , I. , Narita , H. , Takenouchi , T. Low-Ductility Intergranular Fracture of Ferritic Ductile Cast Iron at Elevated Temperature JOURNAL OF JAPAN FOUNDRY ENGINEERING SOCIETY 68 3 209 215 1996
- Oouchida , H. et al. Metallic Material, Fatigue Strength Design Documents4 the Japan Society of Mechanical Engineers 4 2008
- Takanezawa , M. , Kobayashi , Y. , Tomoda , Y. Fracture Mechanism and Suppression Method of 673K Embrittlement in Spheroidal Graphite Cast Iron JOURNAL OF JAPAN FOUNDRY ENGINEERING SOCIETY 69 1 41 48 1997
- Nakazawa , H. et al. Metallic Material, Fatigue Strength Design Documents1 the Japan Society of Mechanical Engineers 3 2007
- Ito , K. Heat Resistant Casting Materials for Exhaust Components of High Temperature Exhaust Gas Engine HITACHI REVIEW 89 09 64 69
- Mikami , S. , Ogino , K. , Sorazawa , M. Prediction Method of Low-cycle Fatigue Breakdown in HSDI Deisel Cylinder Head Honda R&D Technical Review 22 2 141 150 2010
- Okazaki , M. et al. High Temperature Strength of Materials The Society of Materials Science Japan 978-4-901381-31-4 251 255 2010
- Nakadai , M. , Kitagawa , M. , Fukuhara , Y. , Oohama , S. Thermal Fatigue Properties and High Temperature Low Cycle Fatigue Properties of Spheroidal Graphite Cast Iron TETSU-TO-HAGANE 70 13 178 1984
- Iwanaga , S. , Sakakibara , Y. , Miyoshi , T. , Saruki , K. Thermal Fatigue Strength of Gray Cast Iron Journal of the Society of Materials Science, Japan 32 357 678 682 1983