Perfect transmission through lossy layers via ideal acoustic sources von Geib, Nathan P., Wallen, Samuel P., Haberman, Michael R., Naify, Christina J.

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Fundamental acoustics concepts taught through the development of an impedance tube von Geib, Nathan P., Pham, Allan, Naify, Christina

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Variational study of a model for near-perfect transmission through lossy media with acoustic sources von Geib, Nathan P., Wallen, Samuel P., Haberman, Michael R., Naify, Christina

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Effects of printer variation on vibration response of fused deposition modeling-fabricated elastic beams with symmetric and asymmetric resonators: A round robin study von Naify, Christina J., Cushing, Colby W., Geib, Nathan P., Wash, Matthew, Allison, Jared, Sieck, Caleb F., Ikei, Alec K., Ware, Amelia, Bowling, Thomas, Beck, Benjamin S., Zawaski, Callie, Juhl, Abigail T.

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Nonreciprocal vibrations of discretized finite elastic structures with spatiotemporally modulated material properties von Geib, Nathan, Goldsberry, Benjamin M., Wallen, Samuel P., Naify, Christina, Haberman, Michael R.

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Data-driven identification of parametric governing equations of dynamical systems using the signed cumulative distribution transform von Rubaiyat, Abu Hasnat Mohammad, Thai, Duy H., Nichols, Jonathan M., Hutchinson, Meredith N., Wallen, Samuel P., Naify, Christina J., Geib, Nathan, Haberman, Michael R., Rohde, Gustavo K.

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Data-driven Identification of Parametric Governing Equations of Dynamical Systems Using the Signed Cumulative Distribution Transform von Rubaiyat, Abu Hasnat Mohammad, Thai, Duy H, Nichols, Jonathan M, Hutchinson, Meredith N, Wallen, Samuel P, Naify, Christina J, Geib, Nathan, Haberman, Michael R, Rohde, Gustavo K

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Data-driven Identification of Parametric Governing Equations of Dynamical Systems Using the Signed Cumulative Distribution Transform von Abu Hasnat Mohammad Rubaiyat, Thai, Duy H, Nichols, Jonathan M, Hutchinson, Meredith N, Wallen, Samuel P, Naify, Christina J, Geib, Nathan, Haberman, Michael R, Rohde, Gustavo K

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