| (*)Specifically, they are able to:
Know and explain basic tribological terms and principles [k1].
Analyze the tribological properties of polymers and evaluate their impact on component performance [k3].
Understand and apply methods for measuring friction and wear in polymer materials [k2].
Identify the interactions between material properties, surface structure, and tribological performance [k4].
Develop strategies to reduce friction and wear through material selection and surface modification [k5].
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(*)Fundamentals of tribology: Definitions, concepts of friction, wear, and lubrication.
Tribological properties of polymer materials: Mechanisms of friction and wear in polymers, influence of environmental conditions.
Testing methods and measurement procedures: Wear tests, friction tests, tribometers, and other testing equipment.
Materials: Tribologically optimized polymers, additives, and fillers.
Application examples: Tribological challenges and solutions in various industries, e.g., seals, medical technology.
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