This analysis reveals how a frictional interface impacts interfacial debonding and stress distribution in ceramic composites under thermal and mechanical conditions.
Key Points
The study shows that the frictional interface affects interfacial debonding in ceramic matrix composites under loading.
Results indicate a significant internal stress distribution influenced by the Coulomb friction law in the matrix structure.
Employing a variational model captures slip and stick conditions accurately, demonstrating boundary compliance.
The findings align closely with numerical elasticity solutions, particularly away from the matrix crack tip.