"Coatings for extreme environments" represents a challenging environment for materials development since it offers flexibility in surface engineering without changing the bulk materials properties. Indeed, modern industrial and manufacturing processes demand efficiency gains where structural materials may face severe combined thermal, chemical, wear, and mechanical loads. Therefore, the choice and production of these materials with appropriate properties becomes a critical lynchpin for any industrial production process. In addition, the extension in service life represents a major economic objective because it decreases material costs due to replacement; but more importantly, it reduces significantly the costs associated with regular maintenance shutdowns. And finally, the quality of the produced components can be maintained; thereby participating in a global improvement of industrial productivity and competitiveness. The application of coatings on engineered components; as part of either an OEM-specified, remanufactured or repair strategy, is a viable option for all industrial sectors. For instance, this approach has become a mainstay within the chemical industry, power generation (waste incinerators, combustion/gasification processes, energy harvesting), aeronautics (thermal shield, blade protection), pulp and paper industry, and a host of manufacturing industries (foundry, injection molding, etc.).

This symposium aims to cover the following topics, keeping in mind that there is scope for incorporation of other pertinent topics:

• Coatings technologies (thermal spraying, pack cementation, laser spraying, CVD, PVD, sol-gel...)
• Coatings in industrial sectors (chemical and glass industry, power generation, aeronautics, biomedical and manufacturing industries...).
• Case histories for coating development
• Thermodynamics and transport at the interface between the substrate and coating
• Modelling and simulation of coating life-time and performance
• Advanced coatings
• Netshape, solid free-form fabrication, rapid prototyping and additive manufacturing where thick coatings are engineered
• Nano-coatings
• Corrosion and wear applications
• Anti-icing and anti-wetting coatings
• Mechanical aspects of coating development
• Characterization of coating properties (macro-micro-nano-structure, chemistry, mechanical properties, etc.)

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ORGANIZERS:

Patrick Masset Fraunhofer UMSICHT Germany

Chris Berndt Swinburne University of Technology Australia