Processing-Structure-Property Relationships in Carbon Fiber offers an in-depth exploration of the crucial interdependencies between processing methods, structural characteristics, and the resulting properties of continuous carbon fiber polymer-matrix composites. It is designed for advanced undergraduate and graduate students specializing in materials science and engineering. 

The course covers:

• The fundamentals of carbon fiber and polymer-matrix composites.
• Detailed examination of fiber arrangements, including unidirectional and woven configurations.
• Impact of processing techniques such as curing pressure and fiber treatments on composite properties.
• Multifunctional behaviours of composites, including mechanical, thermal, electrical, and electromagnetic properties.
• Modern applications of carbon fiber composites in various industries, from aerospace to renewable energy.

By integrating theoretical knowledge with practical examples, this course aims to provide students with a comprehensive understanding of how to tailor materials for specific applications. Real-world case studies and the latest research findings will be utilized to highlight the ongoing advancements and challenges in the field.