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Mechanical and thermo-physical properties of plasma-sprayed thermal barrier coatings: a literature survey

机译:等离子喷涂热障涂层的机械和热物理性质:文献调查

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摘要

Atmospheric plasma-sprayed thermal barrier coatings (APS TBCs) have been studied from an extensive review of the dedicated literature. A large number of data have been collected and compared, versus deposition parameters and/or measurement methods, and a comparison was made between two different microstructures: standard APS coatings and segmented coatings. Discussion is focused on the large scattering of results reported in the literature even for a given fabrication procedure. This scattering strongly depends on the methods of measurement as expected, but also—for a given method—on the specific conditions implemented for the considered experimental investigation. Despite the important scattering, general trends for the correlation of properties to microstructure and process parameters can be derived. The failure modes of TBC systems were approached through the evolution of cracking and spalling at various life fractions.
机译:大气喷涂等离子喷涂热障涂层(APS TBC)已从大量专门文献中进行了研究。与沉积参数和/或测量方法相比,已收集并比较了大量数据,并对两种不同的微结构进行了比较:标准APS涂层和分段涂层。讨论的重点是即使对于给定的制造程序,也有大量文献报道的结果分散。这种散射在很大程度上取决于预期的测量方法,对于给定的方法,还取决于为考虑的实验研究而实施的特定条件。尽管存在重要的散射,但仍可以得出性能与微观结构和工艺参数相关性的一般趋势。通过在不同寿命阶段的开裂和剥落的演变来研究TBC系统的失效模式。

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