Search Results - Zainey, David

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  1. 1
    Fundamentals of angled-beam ultrasonic NDE for potential characterization of hidden regions of impact damage in composites

    Fundamentals of angled-beam ultrasonic NDE for potential characterization of hidden regions of impact damage in composites by Aldrin, John C., Wertz, John N., Welter, John T., Wallentine, Sarah, Lindgren, Eric A., Kramb, Victoria, Zainey, David

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  2. 2
    Ultrasound forward model validation of normal incidence longitudinal wave and angle beam shear wave inspection of a quasi-isotropic composite layup with embedded damage

    Ultrasound forward model validation of normal incidence longitudinal wave and angle beam shear wave inspection of a quasi-isotropic composite layup with embedded damage by Wertz, John, Dierken, Josiah, Zainey, David, Schehl, Norm, Aldrin, John C.

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  3. 3
    Model-driven optimization of oblique angle ultrasonic inspection parameters for delamination characterization

    Model-driven optimization of oblique angle ultrasonic inspection parameters for delamination characterization by Welter, John T., Wertz, John N., Aldrin, John C., Kramb, Victoria, Zainey, David

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  4. 4
    Application of signal processing and machine learning techniques for segmentation and spatial registration of material property data

    Application of signal processing and machine learning techniques for segmentation and spatial registration of material property data by Dierken, Josiah, Sparkman, Daniel, Donegan, Sean, Wallentine, Sarah, Wertz, John, Zainey, David

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  5. 5
    Optimization of an angle-beam ultrasonic approach for characterization of impact damage in composites

    Optimization of an angle-beam ultrasonic approach for characterization of impact damage in composites by Henry, Christine, Kramb, Victoria, Welter, John T., Wertz, John N., Lindgren, Eric A., Aldrin, John C., Zainey, David

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  6. 6
    A supervised learning approach for prediction of x-ray computed tomography data from ultrasonic testing data

    A supervised learning approach for prediction of x-ray computed tomography data from ultrasonic testing data by Sparkman, Daniel, Wallentine, Sarah, Flores, Mark, Wertz, John, Welter, John, Schehl, Norm, Dierken, Josiah, Zainey, David, Aldrin, John, Uchic, Mike

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  7. 7
    Investigations of pitch-catch angled-beam ultrasonic NDE for characterization of hidden regions of impact damage in composites

    Investigations of pitch-catch angled-beam ultrasonic NDE for characterization of hidden regions of impact damage in composites by Aldrin, John C., Schehl, Norman D., Kramb, Victoria A., Zainey, David, Welter, John T., Wertz, John N., Wallentine, Sarah M., Lindgren, Eric A., Uchic, Mike D.

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  8. 8
    Oblique angle pulse echo ultrasound for delamination characterization

    Oblique angle pulse echo ultrasound for delamination characterization by Welter, John T., Aldrin, John C., Wertz, John N., Kramb, Victoria, Zainey, David, Schehl, Norman, Uchic, Michael D., Wallentine, Sarah M.

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  9. 9
    Pitch-Catch Ultrasonic Array Characterization of the Hidden Region of Impact Damage in Composites

    Pitch-Catch Ultrasonic Array Characterization of the Hidden Region of Impact Damage in Composites by Aldrin, John C., Wertz, John N., Welter, John T., Lindgren, Eric A., Schehl, Norman D., Kramb, Victoria A., Zainey, David

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