A.C. Goff, A.O. Aning
A numerical model based on the Eshelby equivalent inclusion method has been developed as a means to gauge the energy absorption (damping) capability of piezoelectric-reinforced metal matrix composites. The model computes the joule heating generated within a variety of metallic matrices as a consequence of the mechanical excitation of various randomly dispersed piezoelectric reinforcement formulations. The model predicts that enhanced damping performance by such a mechanism would, in general, be realized for highly conductive metallic matrices containing reinforcements with high piezoelectric capability.
@article{78b81832-7c08-4406-8939-a6e615d04910,
title={LET 0403 59},
author={A.C. Goff and A.O. Aning},
year={2026},
language={en}
}TY - JOUR TI - LET 0403 59 AU - A.C. Goff AU - A.O. Aning PY - 2026 LA - en ER -
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