Abstract
The 9001F gas turbine (rating of about 200 MW) is one of the most recent versions of the 9000 series, benefitting from the developments and technological advances, notably in regard to structural materials. In the framework of the EDF gas turbine engineering and construction program, evaluating the nature of these developments can provide guidance in appraising the construction materials proposed by other manufacturers. After a brief comparison between the Gennevilliers 9001F engine and the 85 MW 9000B gas turbine at Bouchain, ordered by EDF in 1971, various research aspects for optimizing gas turbine refractory material mechanical properties and corrosion resistance (superalloys, monolithic ceramics and composite ceramics) are presented; present current and future trends for high power equipment of this type are also discussed.
Citation Formats
Gras, J M.
A literature survey on gas turbines materials - recent advances; Materiaux de turbines a combustion - evolution des tendances.
France: N. p.,
1992.
Web.
Gras, J M.
A literature survey on gas turbines materials - recent advances; Materiaux de turbines a combustion - evolution des tendances.
France.
Gras, J M.
1992.
"A literature survey on gas turbines materials - recent advances; Materiaux de turbines a combustion - evolution des tendances."
France.
@misc{etde_10138577,
title = {A literature survey on gas turbines materials - recent advances; Materiaux de turbines a combustion - evolution des tendances}
author = {Gras, J M}
abstractNote = {The 9001F gas turbine (rating of about 200 MW) is one of the most recent versions of the 9000 series, benefitting from the developments and technological advances, notably in regard to structural materials. In the framework of the EDF gas turbine engineering and construction program, evaluating the nature of these developments can provide guidance in appraising the construction materials proposed by other manufacturers. After a brief comparison between the Gennevilliers 9001F engine and the 85 MW 9000B gas turbine at Bouchain, ordered by EDF in 1971, various research aspects for optimizing gas turbine refractory material mechanical properties and corrosion resistance (superalloys, monolithic ceramics and composite ceramics) are presented; present current and future trends for high power equipment of this type are also discussed.}
place = {France}
year = {1992}
month = {Oct}
}
title = {A literature survey on gas turbines materials - recent advances; Materiaux de turbines a combustion - evolution des tendances}
author = {Gras, J M}
abstractNote = {The 9001F gas turbine (rating of about 200 MW) is one of the most recent versions of the 9000 series, benefitting from the developments and technological advances, notably in regard to structural materials. In the framework of the EDF gas turbine engineering and construction program, evaluating the nature of these developments can provide guidance in appraising the construction materials proposed by other manufacturers. After a brief comparison between the Gennevilliers 9001F engine and the 85 MW 9000B gas turbine at Bouchain, ordered by EDF in 1971, various research aspects for optimizing gas turbine refractory material mechanical properties and corrosion resistance (superalloys, monolithic ceramics and composite ceramics) are presented; present current and future trends for high power equipment of this type are also discussed.}
place = {France}
year = {1992}
month = {Oct}
}