2003Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIERequires access

NDE of composites delamination by infrared thermography

Songling Huang, Luming Li, Haiqing Yang, Keren Shi

Open publisher page 12 citations

Abstract

The principle of infrared thermography is presented briefly. And delamination defects of honeycomb aluminum composites were inspected by infrared thermography technique. Testing result showed that infrared thermography was a rapid, effective nondestructive evaluation method for delamination defects of composite materials. The optimal testing time for different defects was different. And the testing speed was higher than two screens per minute for all delamination defects of honeycomb aluminum composites. Rapid automatic heating modes, automatic synchronous scanning of heating source and infrared detector, and intelligentized defect identification system will be the important developing aspects of infrared thermography testing technique.

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What this paper is about

The principle of infrared thermography is presented briefly. And delamination defects of honeycomb aluminum composites were inspected by infrared thermography technique. Testing result showed that infrared thermography was a rapid, effective nondestructive evaluation method for delamination defects of composite materials. The optimal testing time for different defects was different. And the testing speed was higher than two screens per minute for all delamination defects of honeycomb aluminum composites. Rapid automatic heating modes, automatic synchronous scanning of heating source and infrared detector, and intelligentized defect identification system will be the important developing aspects of infrared thermography testing technique.

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Available abstract

The principle of infrared thermography is presented briefly. And delamination defects of honeycomb aluminum composites were inspected by infrared thermography technique. Testing result showed that infrared thermography was a rapid, effective nondestructive evaluation method for delamination defects of composite materials. The optimal testing time for different defects was different. And the testing speed was higher than two screens per minute for all delamination defects of honeycomb aluminum composites. Rapid automatic heating modes, automatic synchronous scanning of heating source and infrared detector, and intelligentized defect identification system will be the important developing aspects of infrared thermography testing technique.

Key concepts: Thermography, Delamination (geology), Materials science, Infrared, Nondestructive testing, Composite material, Honeycomb, Infrared detector

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