3-D imaging technologiesautomated defect detectioninfrared computed tomographylaser ultrasonic testingmicropower impulse radar imaging
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Abstract (AI)
Research reported in the thrust area of nondestructive evaluation includes: advanced 3-D imaging technologies; new techniques in laser ultrasonic testing; infrared computed tomography for thermal NDE of materials, structures, sources, and processes; automated defect detection for large laser optics; multistatic micropower impulse radar imaging for nondestructive evaluation; and multi-modal NDE for AVLIS pod shielding components.
Key Findings
1
Advanced three-dimensional imaging technologies are investigated for nondestructive evaluation applications.
2
Automated defect detection is addressed for large laser optics, alongside multistatic micropower impulse radar imaging for nondestructive evaluation.
3
Multi-modal nondestructive evaluation is applied to AVLIS pod shielding components.
4
New laser ultrasonic testing techniques and infrared computed tomography are developed for thermal evaluation of materials, structures, sources, and processes.
5
The research advances nondestructive evaluation through multiple complementary imaging, sensing, and automated inspection technologies.
Research Object
Materials, structures, sources, processes, large laser optics, and AVLIS pod shielding components subjected to nondestructive evaluation
Research Subject
Nondestructive evaluation through 3-D imaging, laser ultrasonics, infrared computed tomography, automated defect detection, multistatic micropower impulse radar imaging, and multimodal inspection
Publication Details
Publication Date
1997-02-01
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