The residual stresses could cause extensive damage to thermal barrier coatings and even
failure. A finite element model of thermal barrier coating system had been designed to …

Surface crack failure and interfacial crack failure are typical failure modes in thermal barrier
coating (TBC) system. The most common failure form is the peeling of top coat (TC) caused …

Calculation of residual stress with finite element method is a basic work in failure
mechanism investigation in thermal barrier coating (TBC) system because the residual …

In this paper, the interfacial stress state is used to analyze the interfacial crack initiation
mechanism of the thermal barrier coatings (TBCs) during isothermal oxidation. The influence …

Residual stress is a significant factor to understand failure mechanism of thermal barrier
coating system (TBCs). In this work, the residual stress was studied by finite element method …

The residual interfacial stress plays an important role in crack initiating and propagating
along the interface, which could result in delamination failure of the thermal barrier coatings …

Residual stress has a significant influence on the crack nucleation and propagation in
thermal barrier coatings (TBC) system. In this work, the residual stress in the air plasma …

The growth of thermally grown oxide (TGO) always induces large deformation and growth
stress in thermal barrier coating systems (TBCs), which play a major role in the initiation and …

Comprehensive understanding of failure mechanism of thermal barrier coatings (TBCs) is
essential to develop the next generation advanced TBCs with longer lifetime. In this study, a …

Acting as one of the original cracks for interfacial delamination, the horizontal roughness-
induced top coat crack plays an important role in the premature failure of the air plasma …