SCHUTZSCHICHTPRUEFUNG UND MIKROGEFUEGE BESCHICHTETER TURBINENSCHAUFEIN AUS DER NICKELBASISLEGIERUNG IN 100.

Gerhard Johner; Volker Wilms; Karlheinz G. Schmitt-Thomas; Peter Adam

SCHUTZSCHICHTPRUEFUNG UND MIKROGEFUEGE BESCHICHTETER TURBINENSCHAUFEIN AUS DER NICKELBASISLEGIERUNG IN 100.

Translated title of the contribution: Coating Tests and Microstructure of Coated Turbine Blades Made of the Nickel-based In-100 Alloy.

Gerhard Johner, Volker Wilms, Karlheinz G. Schmitt-Thomas, Peter Adam

Medicine and Health

Research output: Contribution to journal › Article › peer-review

3 Scopus citations

Abstract

Tests of turbine blades under mechanical stresses in a hot gas flow show no differences in life times, whether they are coated or not. The mechanical properties of coated turbine blades made of the Ni-based IN-100 alloy depend on a variety of factors which makes it impossible to evaluate the coatings from mechanical tests only. Therefore, microanalytical investigations of the coatings after testing them under simulated turbine conditions are necessary.

Translated title of the contribution	Coating Tests and Microstructure of Coated Turbine Blades Made of the Nickel-based In-100 Alloy.
Original language	German
Pages (from-to)	229-233
Number of pages	5
Journal	Metall
Volume	37
Issue number	3
State	Published - 1983

Cite this

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abstract = "Tests of turbine blades under mechanical stresses in a hot gas flow show no differences in life times, whether they are coated or not. The mechanical properties of coated turbine blades made of the Ni-based IN-100 alloy depend on a variety of factors which makes it impossible to evaluate the coatings from mechanical tests only. Therefore, microanalytical investigations of the coatings after testing them under simulated turbine conditions are necessary.",

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AU - Schmitt-Thomas, Karlheinz G.

AU - Adam, Peter

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AB - Tests of turbine blades under mechanical stresses in a hot gas flow show no differences in life times, whether they are coated or not. The mechanical properties of coated turbine blades made of the Ni-based IN-100 alloy depend on a variety of factors which makes it impossible to evaluate the coatings from mechanical tests only. Therefore, microanalytical investigations of the coatings after testing them under simulated turbine conditions are necessary.

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SCHUTZSCHICHTPRUEFUNG UND MIKROGEFUEGE BESCHICHTETER TURBINENSCHAUFEIN AUS DER NICKELBASISLEGIERUNG IN 100.

Abstract

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