A hysteresis loop model for fiber-reinforced ceramic matrix composites considering interface oxidation under high temperature

Key Points

• The model shows significant changes in the hysteresis loop due to interface oxidation under high temperature.
• Temperature-induced oxidation affects the mechanical properties of fiber-reinforced ceramic matrix composites.
• The approach focuses on creating a hysteresis loop model tailored for high-temperature conditions influenced by oxidation.
• These findings may enable better design and usage of composite materials in high-temperature applications.