A Dual Approach to Substructure Decoupling Techniques

Author:

Voormeeren S. N.,Rixen D. J.

Publisher

Springer New York

Reference20 articles.

1. Bregnant, L., Otte, D., and Sas, P. FRF Substructure Synthesis. Evaluation and Validation of Data Reduction Techniques. In Proceedings of the Twentieth International Conference on Noise & Vibration Engineering (ISMA) (Leuven, BE, September 1995), Katholieke Universiteit Leuven.

2. Carne, T., Griffith, D. T., and Casias, M. Support Conditions for Free Boundary-Condition Modal Testing. In Proceedings of the Twenty Fourth International Modal Analysis Conference, St. Louis, MO (Bethel, CT, February 2006), Society for Experimental Mechanics.

3. Carne, T. G., and Dohrmann, C. R. Improving Experimental Frequency Response Function Matrices for Admittance Modeling. In Proceedings of the Twenty Fourth International Modal Analysis Conference, St. Louis, MO (Bethel, CT, February 2006), Society for Experimental Mechanics.

4. D'Ambrogio, W., and Fregolent, A. Promises and Pitfalls of Decoupling Techniques. In Proceedings of the Twenty Sixth International Modal Analysis Conference (Bethel, CT, February 2008), Society for Experimental Mechanics.

5. D'Ambrogio, W., and Fregolent, A. Decoupling procedures in the general framework of Frequency Based Substructuring. In Proceedings of the Twenty Seventh International Modal Analysis Conference (Bethel, CT, February 2009), Society for Experimental Mechanics.

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