A multicomponent, one-dimensional diffusion model that was developed for simulating
microstructure evolution in coated gas turbine blade systems has been used to compare the …

A multicomponent, one-dimensional diffusion model that was developed for simulating
microstructure evolution in coated gas turbine blade systems has been used to compare the …

To improve the efficiency of modern gas turbines, it is highly desired to develop durable
MCrAlY alloys, to be used as protective coatings against oxidation and corrosion for …

Abstract MCrAlY (M= Ni, Co) coatings are commonly used to protect the underlying
superalloy component in industrial gas turbines and aeroengines from oxidation attack …

A multicomponent model which can simulate the microstructural evolution of a coated Ni
based superalloy system has been developed. The model consists of a one-dimensional …

MCrAlY coatings are deposited onto superalloys to provide oxidation and corrosion
protection at high temperature by the formation of a thermally grown oxide scale. In this …

Functionally graded, multi-layered coatings are designed to provide corrosion protection
over a range of operating conditions typically found in industrial gas turbines. A model …

Functionally graded, multi-layered coatings are designed to provide corrosion protection
over a range of operating conditions typically found in industrial gas turbines. A model …

MCrAlY coatings are widely used to protect superalloys against oxidation and corrosion at
high temperature in gas turbine engines. To design a durable MCrAlY coating, the …

Coatings from MCrAlY-type alloys are commonly used for oxidation and corrosion protection
in gas turbines. As coated components are exposed to high temperature, the coating …