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Article
Thermomechanical Design Criteria for Ceramic-Coated Surfaces
NASA Technical Memorandum
  • Robert L. Mullen
  • J. Padovan
  • Minel J. Braun, University of Akron Main Campus
  • Benjamin T.F. Chung, University of Akron Main Campus
  • G. McDonals
  • Robert C. Hendricks
Document Type
Article
Publication Date
2-1-1986
Abstract

Some early history of ceramic applications is presented. Finite element modeling of components to determine service and fabrication loads found inelastic behavior and residual stresses to be significant to component life. Inelastic behavior mitigates peak strains but enhances residual strains. Results of furnace, Mach 0.3 burner, and engine tests are discussed and categorized into design criteria (loading, geometry, fabrication, materials, analysis, and testing). These design rules and finite element analyses are brought to bear on two test cases: turboshaft engine seals, and rocket thrust chambers.

Citation Information
Robert L. Mullen, J. Padovan, Minel J. Braun, Benjamin T.F. Chung, et al.. "Thermomechanical Design Criteria for Ceramic-Coated Surfaces" NASA Technical Memorandum (1986)
Available at: http://works.bepress.com/benjamin_chung/91/