Integrated approach for the development of advanced, coaled gas turbine blades

This article describes an integrative through-process modelling approach on a micro-structural level of the production of a coated turbine blade (casting, coating processes) including its in-service properties and degradation, accompanied by the actual production and testing of a CMSX-4 single cryst...

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Published in:Advanced engineering materials 2006-06, Vol.8 (6), p.535-562
Main Authors: Herzog, R, Warnken, N, Steinbach, I, Hallstedt, B, Walter, C, Muller, J, Hajas, D, Munstermann, E, Schneider, J M, Nickel, R, Parkot, D, Bobzin, K, Lugscheider, E, Bednarz, P, Trunova, O, Singheiser, L
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container_issue 6
container_start_page 535
container_title Advanced engineering materials
container_volume 8
creator Herzog, R
Warnken, N
Steinbach, I
Hallstedt, B
Walter, C
Muller, J
Hajas, D
Munstermann, E
Schneider, J M
Nickel, R
Parkot, D
Bobzin, K
Lugscheider, E
Bednarz, P
Trunova, O
Singheiser, L
description This article describes an integrative through-process modelling approach on a micro-structural level of the production of a coated turbine blade (casting, coating processes) including its in-service properties and degradation, accompanied by the actual production and testing of a CMSX-4 single crystal turbine blade dummy. This work forms a part of the Collaborative Research Centre 370 (SFB 370) "Integrative materials modelling".
doi_str_mv 10.1002/adem.200500277
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title Integrated approach for the development of advanced, coaled gas turbine blades
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