ABSTRACT
Chapter 5 delves into the realm of microscale simulations to predict the durability of Carbon-Fiber-Reinforced Plastics (CFRP). Exploring both 90-degree and 0-degree tensile failures, the chapter also employs the concept of entropy to enhance predictive prowess. Direct comparisons with experimental outcomes underscore the reliability of microscale simulations, fortified by the application of the time–temperature superposition principle. Intriguingly, the narrative introduces a unit cell simulation featuring periodic boundaries, intricately detailing the numerical methodology. In essence, this chapter weaves a compelling narrative, interlacing theoretical insights, and empirical evidence to illuminate the nuanced journey of CFRP’s durability.
