YPSZ涂层隔热性能预测
来源期刊：有色金属(冶炼部分)2008年增刊第1期
论文作者：曾克里 于月光 刘富荣 任先京
关键词：Thermal barrier coatings(TBCs); Thermal spraying; Heat insulation behavior; Finite element simulation;
摘 要：Thermal barrier coatings(TBCs)have been widely applied to protect metallic components in gas turbines or aero engine against the high temperatures. In the recent decade,considerable numerical models have been built up to present the thermal spray process.However,much less work has focused on the Pre-diction of the insulation temperature to the TBCs,which is an important parameter to affect the perform-ance of the TBCs during their applications.In the present study,a 3D finite element simulation has been carried out to predict the heat insulation behavior of the 6%～8% yittria partially stabilized zirconia coat-ings based on a two-layer model.Furthermore,such factors as the heat transfer mode,the thickness of the coating,properties of the coating as well as the microstructure of the coating have been ntimerically inves-tigated.The significance of the finding is also discussed.
曾克里1，于月光1，刘富荣1，任先京1
(1.北京矿冶研究总院,北京,100044)
摘要:Thermal barrier coatings(TBCs)have been widely applied to protect metallic components in gas turbines or aero engine against the high temperatures. In the recent decade,considerable numerical models have been built up to present the thermal spray process.However,much less work has focused on the Pre-diction of the insulation temperature to the TBCs,which is an important parameter to affect the perform-ance of the TBCs during their applications.In the present study,a 3D finite element simulation has been carried out to predict the heat insulation behavior of the 6%～8% yittria partially stabilized zirconia coat-ings based on a two-layer model.Furthermore,such factors as the heat transfer mode,the thickness of the coating,properties of the coating as well as the microstructure of the coating have been ntimerically inves-tigated.The significance of the finding is also discussed.
关键词:Thermal barrier coatings(TBCs); Thermal spraying; Heat insulation behavior; Finite element simulation;
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