Add to ORKGThe investigation combines both experimental studies and numerical modeling to predict coating life in an oxidizing environment. The experimental work provides both input to and verification of two numerical models. The coatings being examined are an aluminide coating on Udimet 700 (U-700), a low-pressure plasma spray (LPPS) Ni-18Co-17Cr-24Al-0.2Y overlay coating also on U- 700, and bulk deposits of the LPPS NiCoCrAlY coating
MCrAlY coatings (M=Ni and/or Co) have been widely used for the protection of superalloy components a...
The objectives are to determine the predominant modes of degradation of a plasma sprayed thermal bar...
The objectives of this program are to determine the predominant modes of degradation of a plasma spr...
Currently, most blades and vanes in the hottest section of aero gas turbine engines require some typ...
A novel theoretical and experimental approach for lifetime modelling of MCrAlY coatings for stationa...
A novel theoretical and experimental approach for lifetime modelling of MCrAlY coatings for stationa...
Degradation of NiCrAlZr overlay coatings on various NiCrAl substrates was examined after cyclic oxid...
Calculational and experimental approach was developed for life time analysis of MCrAlY coatings for ...
A model using a finite elements code is developed to simulate degradation due to combined cyclic oxi...
MCrAlY type (M = Ni and/or Co) coatings are widely used for the protection of components in the hot ...
MCrAlY type (M = Ni and/or Co) coatings are widely used for the protection of components in the hot ...
This program has its primary objective: the development of hot corrosion life prediction methodology...
The objective is to develop an integrated life prediction model accounting for all potential life-li...
Increasing efficiency is a continuing goal for all forms of power generation from conventional fossi...
MCrAlY coatings (M=Ni and/or Co) have been widely used for the protection of superalloy components a...
MCrAlY coatings (M=Ni and/or Co) have been widely used for the protection of superalloy components a...
The objectives are to determine the predominant modes of degradation of a plasma sprayed thermal bar...
The objectives of this program are to determine the predominant modes of degradation of a plasma spr...
Currently, most blades and vanes in the hottest section of aero gas turbine engines require some typ...
A novel theoretical and experimental approach for lifetime modelling of MCrAlY coatings for stationa...
A novel theoretical and experimental approach for lifetime modelling of MCrAlY coatings for stationa...
Degradation of NiCrAlZr overlay coatings on various NiCrAl substrates was examined after cyclic oxid...
Calculational and experimental approach was developed for life time analysis of MCrAlY coatings for ...
A model using a finite elements code is developed to simulate degradation due to combined cyclic oxi...
MCrAlY type (M = Ni and/or Co) coatings are widely used for the protection of components in the hot ...
MCrAlY type (M = Ni and/or Co) coatings are widely used for the protection of components in the hot ...
This program has its primary objective: the development of hot corrosion life prediction methodology...
The objective is to develop an integrated life prediction model accounting for all potential life-li...
Increasing efficiency is a continuing goal for all forms of power generation from conventional fossi...
MCrAlY coatings (M=Ni and/or Co) have been widely used for the protection of superalloy components a...
MCrAlY coatings (M=Ni and/or Co) have been widely used for the protection of superalloy components a...
The objectives are to determine the predominant modes of degradation of a plasma sprayed thermal bar...
The objectives of this program are to determine the predominant modes of degradation of a plasma spr...