CMAS INFILTRATION EFFECT ON THE MAGNITUDE OF RESIDUAL STRESSES IN THERMAL BARRIER COATINGS

PEDRO YAÑEZ CONTRERAS; JOSE DOLORES OSCAR BARCEINAS SANCHEZ; CARLOS AGUSTIN POBLANO SALAS; JOSE MARTIN MEDINA FLORES; MIGUEL LEON RODRIGUEZ; JOSE ALFREDO JIMENEZ GARCIA

doi:https://doi.org/10.6036/9868

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CMAS INFILTRATION EFFECT ON THE MAGNITUDE OF RESIDUAL STRESSES IN THERMAL BARRIER COATINGS

NOVEMBER 2020 - Volume: 95 - Pages: 576-577

DOI:

https://doi.org/10.6036/9868

Authors:

PEDRO YAÑEZ CONTRERAS

JOSE DOLORES OSCAR BARCEINAS SANCHEZ

CARLOS AGUSTIN POBLANO SALAS

JOSE MARTIN MEDINA FLORES

MIGUEL LEON RODRIGUEZ

JOSE ALFREDO JIMENEZ GARCIA

Disciplines:

Materials technology (MATERIALES METALURGICOS AVANZADOS )

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Key words:: Recubrimiento de barrera térmica, esfuerzos residuales, rociado térmico y óxidos fundidos de calcio, magnesio, aluminio y silicio (CMAS), Thermal barrier coating (TBC), residual stresses, thermal spraying, region of interest (Roi) and molten calcium-magnesium-alumino-silicate, Thermal barrier coating, TBC, residual stresses, thermal spraying, and molten calcium–magnesium–alumino–silicate, CMAS.
Article type:: NOTA TECNICA / TECHNICAL NOTE
Section:: TECHNICAL NOTE

Thermal Barrier Coatings ("Thermal Barrier Coatings" - TBC) are used in the hot sections of gas turbines to provide protection against corrosion and hot oxidation of critical components, it consists of two layers of different materials deposited on a substrate metal.

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