What thermal cycling analysis predicts composite material fatigue?
Thermal cycling analysis is a critical method for predicting the fatigue behavior of composite materials under repeated temperature fluctuations. By simulating real-world thermal stress conditions, this analysis helps identify potential failure points and assess material durability. Composites, widely used in aerospace and automotive industries, are prone to microcracks and delamination due to thermal expansion mismatches. Thermal cycling tests reveal how these materials degrade over time, enabling engineers to optimize designs for longevity. Key factors like temperature range, cycle frequency, and material composition influence fatigue life. Understanding these predictions ensures safer, more reliable applications of composites in extreme environments.
