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This thesis investigates the thermal and mechanical behaviors of high-temperature metallic coatings, focusing on MCrAlX and diffusion coatings used in turbine engines. The study aims to enhance the understanding of oxidation, corrosion resistance, and the mechanical properties of these coatings on superalloys like IN792. It introduces a new lifetime-prediction model for MCrAlX coatings and examines the impact of diffusion coatings on creep and fatigue behaviors. The research includes experimental studies on isothermal and thermal cycling oxidation and the effects of coating thickness on fatigue limits. The work is intended for researchers and engineers in materials science and engineering, aiming to improve turbine engine efficiency and durability.
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