Abstract
Localized Rigidity Method (LRM) is employed to describe a functionally graded material (FGM), where suspended spherical grains are dispersed in the matrix. Presently developed procedure was used to predict the dynamically propagating crack in the FGM via a fuzzy shceme successfully deducing crack running speeds at every instant of propagation, so that the crack-tip severity described by T^* integral follows a prescribed integral value, T^*c. Successful results were obtained predicting crack arrest occurring especially for the crack running in the metal-rich region in the FGM.
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