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An iterative design of experiments based data collection approach for ultrasonic guided waves
To validate a model of guided wave propagation from acoustic emission on real aerospace structures a large amount of experimental data must be collected. It is desirable to take measurements over large areas at a small spacing between measurement points and this is very time consuming. To reduce the experimental effort, the HilomotDoE algorithm has been adapted to provide a black box method of selecting the data points to be collected. It chooses points which do not fit well to local hingingdoi:10.1063/1.4974580 fatcat:nyvvl4txtrbsjeinc5j2w65c3i