Design and Analysis of Advanced Materials in a Thermal/Acoustic Environment. Delivery Order 0007: Volume 1 - Structural Health Monitoring

Keywords

Volume (thermodynamics), Order (exchange), Thermal, Materials science, Computer science

References

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• Development and implementation of a shuttle modal inspection systemDavid Hunt, S. P. Weiss, Walter M. West — 1990
• Further applications of the FMACD. Fotsch, D. J. Ewins, Rolls-Royce plc (United Kingdom) — 2001
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• Investigation of some multiple input/output frequency response function experimental modal analysis techniquesRandall J. Allemang — 1981
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• Effect of damage on the modal parameters of a cylindrical shellM.G. Srinivasan — 1992
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• CRACK DETECTION BY SENSITIVITY ANALYSISUmberto Meneghetti, A. Maggiore — 2001
• MODAL TESTING FOR STRUCTURAL IDENTIFICATION AND CONDITION ASSESSMENT OF CONSTRUCTED FACILITIESA. Emin Aktan, K. L. Lee, Chuan Chuntavan — 2001
• Unity Check Method for Structural Damage DetectionCheng Lin — 1994
• Increasing the sensitivity of the modal assurance criteria (MAC) to small mode shape changes : The IMACL. D. Mitchell — 1998
• A frequency domain correlation technique for model correlation and updatingRodrigo Pascual, Jean‐Claude Golinval, Mario Razeto — 1997
• Using SDM to Train Neural Networks for Solving Modal Sensitivity ProblemsBrian Schwarz, Patrick McHargue, Mark Richardson — 2003
• USING VIBRATION DATA STATISTICAL MEASURES TO LOCATE DAMAGE IN STRUCTURESMichael I. Friswell, Penny J.E.T., Wilson D.A.L. — 1994
• Use of neural networks in detection of structural damageXiaomin Wu, J. Ghaboussi, James H. Garrett — 1992

Cited by

• Fastener Failure Detection Using a Surface Acoustic Wave Strain SensorWilliam C. Wilson, Matthew D. Rogge, B. Fisher — 2012

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