A diffusion barrier based on a NiW electrolytic coating has been developed to limit interdiffusion between a Ni-base superalloy (MCNG) and a β-NiAl bondcoating. Isothermal oxidation tests of 50h at 1100°C confirmed that W-rich layer formed with NiW coating modifies the oxidation behaviour of the bondcoat and limits interdiffusion. The diffusion barrier reduced β-NiAl γ’-Ni3Al transformation in the bondcoating and prevented SRZ formation
Processing techniques were developed for applying several diffusion barriers to TD-Ni and TD-NiCr. B...
The operating temperature of high-temperature electronics can significantly promote the growth of in...
The results of the work presented here refer to a high temperature oxidation of TiAl alloys coated w...
A Ni–W base diffusion barrier (DB) has been developed to limit interdiffusion between a fourth gener...
AbstractNiAl-based bond coats applied in thermal barrier coating (TBC) systems containing Ru and Pt ...
A haute température, l’interdiffusion entre un superalliage et son revêtement protecteur (ß-NiAl ou ...
Coating systems proposed for potential use on eutectic alloy components in high-temperature gas turb...
Oxidation behavior of a Re-based diffusion barrier/Ni–Al coated single-crystal (SC) Ni-based TMS-82+...
Nickel aluminide coating has been widely applied on the low-corrosion resistant alloys to resist oxi...
Diffusion aluminide coatings are widely employed to increase oxidation resistance of superalloy comp...
Coatings are an essential part of the materials system to protect the turbine blades from oxidation ...
Oxidation behavior of the uncoated base, Ni–Al coated and Re–Cr-Ni plus Ni–Al coated single-crystal ...
Al2O3-forming MAX phases, such as Cr2AlC, are a promising alternative to state-of-the-art MCrAlY bon...
Les superalliages base nickel sont couramment utilisés dans les parties chaudes des turbines aéronau...
Currently, most blades and vanes in the hottest section of aero gas turbine engines require some typ...
Processing techniques were developed for applying several diffusion barriers to TD-Ni and TD-NiCr. B...
The operating temperature of high-temperature electronics can significantly promote the growth of in...
The results of the work presented here refer to a high temperature oxidation of TiAl alloys coated w...
A Ni–W base diffusion barrier (DB) has been developed to limit interdiffusion between a fourth gener...
AbstractNiAl-based bond coats applied in thermal barrier coating (TBC) systems containing Ru and Pt ...
A haute température, l’interdiffusion entre un superalliage et son revêtement protecteur (ß-NiAl ou ...
Coating systems proposed for potential use on eutectic alloy components in high-temperature gas turb...
Oxidation behavior of a Re-based diffusion barrier/Ni–Al coated single-crystal (SC) Ni-based TMS-82+...
Nickel aluminide coating has been widely applied on the low-corrosion resistant alloys to resist oxi...
Diffusion aluminide coatings are widely employed to increase oxidation resistance of superalloy comp...
Coatings are an essential part of the materials system to protect the turbine blades from oxidation ...
Oxidation behavior of the uncoated base, Ni–Al coated and Re–Cr-Ni plus Ni–Al coated single-crystal ...
Al2O3-forming MAX phases, such as Cr2AlC, are a promising alternative to state-of-the-art MCrAlY bon...
Les superalliages base nickel sont couramment utilisés dans les parties chaudes des turbines aéronau...
Currently, most blades and vanes in the hottest section of aero gas turbine engines require some typ...
Processing techniques were developed for applying several diffusion barriers to TD-Ni and TD-NiCr. B...
The operating temperature of high-temperature electronics can significantly promote the growth of in...
The results of the work presented here refer to a high temperature oxidation of TiAl alloys coated w...