Search Results - "Fedele Dell'Oste, M."

Recovering added mass in nanoresonator sensors from finite axial eigenfrequency data by Dilena, M., Fedele Dell’Oste, M., Fernández-Sáez, J., Morassi, A., Zaera, R.

“…•We reconstruct a mass distribution in nanorods from finite axial eigenfre-quencies.•The modified strain gradient theory has been used to model the…”
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The role of boundary conditions in resonator-based mass identification in nanorods by Dilena, M., Fedele Dell'Oste, M., Morassi, A., Zaera, R.

“…The identification of distributed mass added to a nanosensor requires the adoption of suitable inverse techniques that must be sufficiently precise to identify…”
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Hearing distributed mass in nanobeam resonators by Dilena, M., Fedele Dell’Oste, M., Fernández-Sáez, J., Morassi, A., Zaera, R.

“…•We reconstruct the mass distribution in nanobeams from bending eigenfrequency data.•The modified strain gradient theory has been used to describe the…”
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Mass detection in nanobeams from bending resonant frequency shifts by Dilena, M., Fedele Dell’Oste, M., Fernández-Sáez, J., Morassi, A., Zaera, R.

“…•The transverse vibrations of nanobeam resonators with a single point mass have been addressed.•The modified strain gradient theory has been used to account…”
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Identification of general added mass distribution in nanorods from two-spectra finite data by Dilena, M., Dell’Oste, M. Fedele, Fernández-Sáez, J., Morassi, A., Zaera, R.

“…•We reconstruct a mass distribution in nanorods from finite axial eigenfrequencies.•The modified strain gradient theory has been used to model the nanorod.•The…”
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