Woven ceramic matrix composite turbine vanes show promising thermal performance under diverse conditions, enhancing efficiency.
Key thermal analysis metrics indicate that structural insights significantly impact overall vanes' durability, with notable resilience to thermal stresses.
Observational analysis employing multiscale thermal methods underscores the importance of mesoscale structures in composite behavior and overall performance.
Improved understanding may lead to enhanced designs for turbine vanes, promoting efficiency but requiring validation in broader applications.