Erosion and degradation at elevated temperatures in gas turbines are responsible for
downtimes that directly impact economic losses. The current condition of combating high …

Considering the influence of non-equibiaxial stress state and initial residual strain on the
compressive buckling of the ceramic layer, a quantitative characterization method of the …

Inlet temperature is vital to the thermal efficiency of gas turbines, which is becoming
increasingly important in the context of structural changes in power supplies with more …

Predicting the thickness of Thermally Grown Oxide (TGO) and the residual stresses induced
by TGO growth in the Thermal Barrier Coatings (TBCs) is significant work in analyzing the …

Hybrid turbine blade protection systems, which combine thermal barrier coatings (TBCs) and
cooling mechanisms, are essential for safeguarding turbine blades in advanced gas turbine …

Abstract Thermal Barrier Coatings (TBCs) are of major concern to researchers because of
their outstanding properties, such as high-temperature resistance, compressive resistance …

Inlet temperature is vital to the thermal efficiency of gas turbines, which is becoming
increasingly important in the context of structural changes in power supplies with more …