A Comprehensive Review on the Development of Ceramic Coatings for Thermomechanical Applications
Voorde, M.H. Van de, Hocking, M.G., Vasantasree, V.
High Temperature Materials and Processes · 1986
doi:10.1515/htmp.1986.7.2-3.107 (opens in a new tab)
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Abstract
Ceramic coatings tend to be brittle and devitrefy or spall on thermal cycling, but offer excellent resistance to oxidation and corrosion.Processing methods and the resultant coating microstructures are described.Degradation modes and testing methods are discussed.The following areas are identified for further research: phase diagram and diffusion data, adhesive energy and friction data, adhesion interlayers for ceramicto-metal coatings, multilayer coating formulations, barrier layers to stop siliciding of substrates, self sealing coatings, lower temperature CVD processing, adhesion and interparticle bonding improvements for flame sprayed coatings and lower porosity, prevention of microchipping of ceramic coats, factors influencing stress in coatings, effect of debris impact, grit inclusions and surface embrittlement, development of shear adhesion tests, thicker and more strain tolerant ceramic coatings.
Abstract licence: CC BY
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