| (*)Students who attend the lecture will be able to
• experience different macromolecular materials. (k1, k2, k3)
• perform analysis of macromolecular materials based on their micro and macro structure and design them regarding relevant physical-chemical states. (solution, melt, solid) (k3)
• investigate measurement methods for the micro and macro structure of macromolecular materials and evaluate the measurement results (e.g. molar mass, degree of branching, melt temperature) for relevant problems (e.g. process optimization, failure analysis). (k5)
• compile a presentation of specific topic associated with macromolecular materials and generate feedback to other presentations. (k6)
|
(*)• Micro- and macro-structure of macromolecular materials (introduction)
• Methods for characterization of macromolecular materials
• Rheology
• Microscopy
• Mechanical testing
• Thermal testing
• Accelerated ageing
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