Abstract
Lamb waves are widely used for damage detection applications in smart structures instrumented with low-profile, surface-bonded piezoceramic transducers. A great deal of research has demonstrated that numerical simulations of Lamb wave propagation are important for practical implementations of the method. A cellular automata algorithm—with a triangular discretization scheme—is proposed for Lamb wave propagation modelling. The method is illustrated using two-dimensional models of damage detection.
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