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Volumn 90, Issue 19, 2010, Pages 2651-2676
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Stress influence on high temperature oxide scale growth: Modeling and investigation on a thermal barrier coating system
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Author keywords
High temperature oxidation; Interfacial thermodynamics; Modeling; Numerical simulation; Thermal barrier coatings
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Indexed keywords
A-THERMAL;
CONTINUUM THERMODYNAMICS;
HIGH TEMPERATURE;
HIGH TEMPERATURE OXIDATION;
INTERFACE EVOLUTION;
INTERFACIAL THERMODYNAMICS;
LOCAL OXIDATION;
LOCAL STRESS;
LONG TERM;
MASS CONSUMPTION;
MECHANICAL FAILURES;
METAL OXIDATION;
MODELING;
NONUNIFORM;
NUMERICAL SIMULATION;
OXIDE LAYER;
OXIDE SCALE;
OXIDE SCALE GROWTH;
PHYSICAL VAPOR DEPOSITED;
SIMULATION TOOL;
STRESS AND STRAIN;
THERMAL BARRIER COATING SYSTEMS;
VOLUMETRIC STRAIN;
BOUNDARY ELEMENT METHOD;
CERAMIC COATINGS;
COMPUTER SIMULATION;
COOLING SYSTEMS;
FAILURE (MECHANICAL);
FINITE ELEMENT METHOD;
LEAD OXIDE;
OXIDATION;
SCALE (DEPOSITS);
THERMODYNAMICS;
THERMAL BARRIER COATINGS;
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EID: 77953002827
PISSN: 14786435
EISSN: 14786443
Source Type: Journal
DOI: 10.1080/14786431003680780 Document Type: Article |
Times cited : (13)
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References (41)
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