Metallic and ceramic coatings : production, high temperature properties and applications

Part 1 High temperature coatings - the background: high temperature materials high temperature systems. Part 2 High temperature coating systems: metallic coating systems ceramic coating systems composite coating systems amorphous coatings coating processes. Part 3 Physical vapour deposition (PVD): evaporation process sputtering process ion plating and ion implantation. Part 4 Chemical vapour deposition (CVD): the CVD process CVD reactor the fundamentals of CVD and CVD technology CVD reactions - a selection plasma assisted CVD (PACVD), plasma enhanced CVD laser - CVD. Part 5 Coatings by pack, slurry, sol-gel, hot-dip, electrochemical and chemical methods. Part 6 Coatings by laser surface treatment, rapid solidification processing, spraying, welding, cladding and diffusion methods: droplet transfer coatings by spraying coating by plasma spraying. Part 7 Physical and mechanical properties of coatings: evolution and microstructure of coatings thermal expansion, thermal barrier coatings, thermal expansion and thermal conductivity interdiffusion adhesion bonding internal stresses, strain and fatigue life strength ductility, creep hardness vs wear & erosion resistance. Part 8 Chemical properties of coatings: coating/substrate/environment vs degradation environmental conditions for coating degradation chemical degradation mechanisms oxidation and high temperature corrosion carburization/oxidation degradation the liquid phase effect fluxing mechanisms in hot corrosion erosion - corrosion degradation of aluminide coatings degradation of MCrAL systems degradation of silicide coatings degradation of thermal barrier coatings burner rig degradation data. Part 9 Characterization, repair and functions of coatings: non-destructive testing (NDT) methods adhesion tests on mechanical properties spectroscopy degradation characterization. Part 10 Strategic metal conservation, coatings achievements and future: coatings to conserve strategic metals present achievements and future requirements of coatings high temperature coatings - present and future coating production methods - future work coating properties - further work testing methods - further work.