An Interaction Energy Integral Method for an Interface Crack in Two Nonhomogeneous Plates under Thermal Loading

An Interaction Energy Integral Method for an Interface Crack in Two Nonhomogeneous Plates under Thermal Loading

An interface crack problem in two nonhomogeneous plates under thermal loading is investigated. The interaction energy integral method (IEIM) is developed for obtaining the mixed-mode thermal stress intensity factors (TSIFs) of interface crack. The domain-independence of the present IEIM is verified....

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Veröffentlicht in:Applied Mechanics and Materials 2013-01, Vol.275-277, p.160-163
Hauptverfasser: Zhang, Li, Guo, Li Cheng, Li, Xin, Guo, Feng Nan, Yu, Hong Jun
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Guo, Li Cheng
Li, Xin
Guo, Feng Nan
Yu, Hong Jun
description An interface crack problem in two nonhomogeneous plates under thermal loading is investigated. The interaction energy integral method (IEIM) is developed for obtaining the mixed-mode thermal stress intensity factors (TSIFs) of interface crack. The domain-independence of the present IEIM is verified. Numerical examples are presented and the results show good agreement with the analytic ones. Numerical results show that the method is very effective for the thermal interface crack of nonhomogeneous plate.
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title An Interaction Energy Integral Method for an Interface Crack in Two Nonhomogeneous Plates under Thermal Loading
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