Application of Advanced Nondestructive Evaluation Techniques for Cylindrical Composite Test Samples

Application of Advanced Nondestructive Evaluation Techniques for Cylindrical Composite Test Samples

Two nondestructive methods were applied to composite cylinder samples pressurized to failure in order to determine manufacturing quality and monitor damage progression under load. A unique computed tomography (CT) image processing methodology developed at NASA Glenn Research was used to assess the c...

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Hauptverfasser: Martin, Richard E., Roth, Donald J., Salem, Jonathan A.
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Composite Materials
Quality Assurance And Reliability
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creator Martin, Richard E.
Roth, Donald J.
Salem, Jonathan A.
description Two nondestructive methods were applied to composite cylinder samples pressurized to failure in order to determine manufacturing quality and monitor damage progression under load. A unique computed tomography (CT) image processing methodology developed at NASA Glenn Research was used to assess the condition of the as-received samples while acoustic emission (AE) monitoring was used to identify both the extent and location of damage within the samples up to failure. Results show the effectiveness of both of these methods in identifying potentially critical fabrication issues and their resulting impact on performance.
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subjects Composite Materials
Quality Assurance And Reliability
title Application of Advanced Nondestructive Evaluation Techniques for Cylindrical Composite Test Samples
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