Surface Engineering Part 2, OT 2

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Surface Engineering Part 2 is an extension to the contents of the lecture Surface Engineering Part 1. The lecture includes further coating technologies, e.g. hot dipping, sol-gel process, enameling and plating, as well as the most important methods of surface modification processes. Subsequently, a systematic approach to coating development will be explained using application examples.

The second part of the lecture deals with applications of surface technology in the field of tools, aircraft engines and the powertrain. This includes an introduction of chances and potentials for the application of surface technologies in these fields. Moreover, frequently used coating materials will be presented with the corresponding state-of-the-art surface technologies.

Following the lecture and exercises, a guided tour of the institute will take place, during which the gained knowledge can be expanded through vivid demonstrations of specific coating processes.

Summary of the contents of Surface Engineering Part 2

Chapter	Content
Coating technologies III	Hot dipping Sol-gel process Enameling Plating
Surface modification processes	Chemical treatment Thermochemical treatment Heat treatment Mechanical treatment
Methodology of coating development	Application Load spectrum Material selection Process engineering Material testing Coating Functional testing
Tool coating	Tool materials PVD/CVD thin film deposition Applications
Surface engineering in aircraft engines	Resource preservation and environmental protection in aircraft engines Surface engineering in aircraft engines Surface engineering as a repair method
Surface engineering in the powertrain	Resource conservation and environmental protection in the powertrain Materials, lubricants, fuels Surface engineering in the powertrain Engine: piston/cylinder contact