Surface Engineering I
| Course Number: | MB 09701 |
| Professor: | Prof. Dr.-Ing.Thomas Klassen
Dr. rer. nat. Frank Gärtner |
| Degree: | Mechanical Engineering |
| Trimester: | Winter |
| Credits: | 4 |
| Outcomes: | Students will gain basic knowledge of surface engineering and various coating processes. The aim is to qualify the students with regard to the selection of suitable materials and coating methods for the optimization of the surface conditions for a specific component or a specific function. |
| Topics: | Surface textures: Bonds, Morphology, Structures, Defects Surface modification: Deformation, Heat Treatment, Melting, Alloying Melt Coating: Hot Dipping, Build-up Welding, Thermal Spraying Coating from Solid Phase: Pressure Welding, Rolling, Explosive Plating, Kinetic Spraying Electrolytic Coating Processes: Electrolytic, Electroless, Conversion Vapor-phase Coating: Physical, Chemical Vapor Deposition Layer Examples and Applications: Corrosion Protection / Wear Protection for the Automotive Industry, High-temperature Resistant Coatings for Energy engineering |
| Documents: | Please use ILIAS |
Surface Engineering II
| Course Number: | MB 10701 |
| Professor: | Prof. Dr.-Ing. Thomas Klassen
Dr. rer. nat. Frank Gärtner |
| Degree: | Mechanical Engineering |
| Trimester: | Fall |
| Credits: | 4 |
| Outcomes: | The students will acquire basic knowledge in the analysis and assessment of materials and coatings of component surfaces. They will have the qualification to select suitable characterization methods and test methods and analyze the results. They will also have the ability to evaluate surfaces, coatings, and the quality of application properties. |
| Topics: | Corrosion Mechanisms and Analysis: Surface Reaction, Electrochemistry, Passivation Wear Mechanisms and Analysis: Friction, Adhesive, Abrasive, and Erosive Wear Mechanical Testing of Coatings: Strength, Adhesion, Hardness Microstructure and Structure Analysis: Microscopy (LM, REM, TEM, AFM), X-ray fine structural analysis Criteria for Optimal Material Selection (according to Ashby) New Material Developments: Nanostructured and Amorphous Materials and Surfaces |
| Documents: | Please use ILIAS |
Letzte Änderung: 27. November 2018