Monitoring Interlaminar Crack Growth in Ceramic Matrix Composites Using Electrical Resistance
This letter introduces a method that uses electrical resistance to monitor crack growth during interlaminar fracture testing of woven SiC fiber-reinforced SiC matrix composites at room temperature without visual observation. The estimated crack length is in excellent agreement with the measured length after subtracting a constant value of resistance related to the initial stage of crack development. This non-visual monitoring method holds great promise for in situ measurement of crack growth during high-temperature testing of ceramic matrix composites.
Mansour, Rabih; Maillet, Emmanuel; and Morscher, Gregory N., "Monitoring Interlaminar Crack Growth in Ceramic Matrix Composites Using Electrical Resistance" (2015). Mechanical Engineering Faculty Research. 162.