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• W2224700139 endingPage "1331" @default.
• W2224700139 startingPage "1313" @default.
• W2224700139 abstract "Abstract To understand the thermal insulation and failure problems of the thermal barrier coatings (TBCs) deeply is vital to evaluate the reliability and durability of the TBCs. Actually, experimental methods can not reflect the real case of the TBCs during its fabrication and service process. Finite element modeling (FEM) play an important role in studying these problems. Especially, FEM is very effective in calculating the thermal insulation and the fracture failure problems of the TBCs. In this paper, the research progress of the FEM on the study of the thermal insulation and associated failure problems of the TBCs has been reviewed. Firstly, from the aspect of the investigation of the heat insulation of the TBCs, the thermal analysis via FEM is widely used. The effective thermal conductivity, insulation temperature at different temperatures of the coating surface considering the thermal conduct, convection between the coating and the environment, heat radiation at high temperature and interfacial thermal resistance effect can be calculated by FEM. Secondly, the residual stress which is induced in the process of plasma spraying or caused by the thermal expansion coefficient mismatch between the coating and substrate and the temperature gradient variation under the actual service conditions can be also calculated via FEM. The solution method is based on the thermal–mechanical coupled technique. Thirdly, the failure problems of the TBCs under the actual service conditions can be calculated or simulated via FEM. The basic thought is using the fracture mechanic method. Previous investigation focused on the location of the maximum residual stress and try to find the possible failure positions of the TBCs, and to predict the possible failure modes of the TBCs. It belonged to static analysis. With the development of the FEM techniques, the virtual crack closure technique (VCCT), extended finite element method (XFEM) and cohesive zone model (CZM) have been used to simulate the crack propagation behavior of the TBCs. The failure patterns of the TBCs can be monitored timely and dynamically using these methods and the life prediction of the TBCs under the actual service conditions is expected to be realized eventually." @default.
• W2224700139 created "2016-06-24" @default.
• W2224700139 creator A5011974988 @default.
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• W2224700139 date "2016-05-01" @default.
• W2224700139 modified "2023-10-14" @default.
• W2224700139 title "Modeling of thermal properties and failure of thermal barrier coatings with the use of finite element methods: A review" @default.
• W2224700139 cites W1019373520 @default.
• W2224700139 cites W1488878727 @default.
• W2224700139 cites W1965853583 @default.
• W2224700139 cites W1966625380 @default.
• W2224700139 cites W1968109908 @default.
• W2224700139 cites W1970030445 @default.
• W2224700139 cites W1970075663 @default.
• W2224700139 cites W1974209141 @default.
• W2224700139 cites W1974475626 @default.
• W2224700139 cites W1976471243 @default.
• W2224700139 cites W1977145362 @default.
• W2224700139 cites W1977418047 @default.
• W2224700139 cites W1979586520 @default.
• W2224700139 cites W1980834513 @default.
• W2224700139 cites W1980927213 @default.
• W2224700139 cites W1982142840 @default.
• W2224700139 cites W1983136989 @default.
• W2224700139 cites W1986311431 @default.
• W2224700139 cites W1987172349 @default.
• W2224700139 cites W1987425582 @default.
• W2224700139 cites W1989207416 @default.
• W2224700139 cites W1990226484 @default.
• W2224700139 cites W1990280975 @default.
• W2224700139 cites W1990291872 @default.
• W2224700139 cites W1991501762 @default.
• W2224700139 cites W1991855488 @default.
• W2224700139 cites W1993607138 @default.
• W2224700139 cites W1994123718 @default.
• W2224700139 cites W1997659577 @default.
• W2224700139 cites W1998995204 @default.
• W2224700139 cites W1999388447 @default.
• W2224700139 cites W2000788405 @default.
• W2224700139 cites W2000934863 @default.
• W2224700139 cites W2001128063 @default.
• W2224700139 cites W2003420086 @default.
• W2224700139 cites W2003502351 @default.
• W2224700139 cites W2004394362 @default.
• W2224700139 cites W2005111303 @default.
• W2224700139 cites W2006347397 @default.
• W2224700139 cites W2008091512 @default.
• W2224700139 cites W2008269492 @default.
• W2224700139 cites W2008308631 @default.
• W2224700139 cites W2008593509 @default.
• W2224700139 cites W2009497758 @default.
• W2224700139 cites W2009550295 @default.
• W2224700139 cites W2011310802 @default.
• W2224700139 cites W2013915539 @default.
• W2224700139 cites W2014307050 @default.
• W2224700139 cites W2016800988 @default.
• W2224700139 cites W2020091885 @default.
• W2224700139 cites W2021984790 @default.
• W2224700139 cites W2023962854 @default.
• W2224700139 cites W2024412265 @default.
• W2224700139 cites W2026722149 @default.
• W2224700139 cites W2026798858 @default.
• W2224700139 cites W2027056280 @default.
• W2224700139 cites W2027603885 @default.
• W2224700139 cites W2028611598 @default.
• W2224700139 cites W2028957678 @default.
• W2224700139 cites W2028974168 @default.
• W2224700139 cites W2029151570 @default.
• W2224700139 cites W2029637227 @default.
• W2224700139 cites W2033128923 @default.
• W2224700139 cites W2033765556 @default.
• W2224700139 cites W2034147801 @default.
• W2224700139 cites W2034863152 @default.
• W2224700139 cites W2035328649 @default.
• W2224700139 cites W2037405983 @default.
• W2224700139 cites W2037882984 @default.
• W2224700139 cites W2038676934 @default.
• W2224700139 cites W2038688098 @default.
• W2224700139 cites W2040485793 @default.
• W2224700139 cites W2041509849 @default.
• W2224700139 cites W2043844478 @default.
• W2224700139 cites W2044640896 @default.
• W2224700139 cites W2046969048 @default.
• W2224700139 cites W2047574183 @default.
• W2224700139 cites W2048335340 @default.
• W2224700139 cites W2048690297 @default.
• W2224700139 cites W2048724170 @default.
• W2224700139 cites W2048809271 @default.
• W2224700139 cites W2048872658 @default.
• W2224700139 cites W2050220265 @default.
• W2224700139 cites W2051629841 @default.

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