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This paper proposes a health monitoring system for structure members using the ACROSS technology that attains a high S/N ratio by accurately controlling small but harmonic signals and stacking data in a longer period. The identification of possible defects are obtained through the inversion based on the equivalent inclusion method. A prototype of the health monitoring system is developed. It is shown in model experiments and numerical simulations that the location of defects can be detected if sufficiently longer stacking is made to analyze waves scattered by the defects. The results support the potential usefulness of the proposed system.

PROPOSAL OF HEALTH MONITORING SYSTEM USING ACROSS TECHNOLOGY