Difference: AndreaPuglisi (148 vs. 149)

Revision 1492018-03-29 - AndreaPuglisi

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META TOPICPARENT name="People"

foto.jpg Andrea Puglisi

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Announcements

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  • new!: 2018, we (with Gnoli, De Arcangelis, Giacco, Lippiello, Pica Ciamarra and Sarracino) have published on Phys. Rev. Lett, a study of viscosity in dense granular media, which decreases abruptly at a thresold vibration frequency and is recovered at a larger vibration frequency

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  • new!: 2017, online a video with a talk given at the ECEA4 conference on stochastic thermodynamics for active particles

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  • new!: 2016, published on Scientific Reports, an experimental and theoretical study of granular rheology under vertical vibration (in collab. with A. Gnoli, A. Lasanta and A. Sarracino)
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  • recent: 2016, published on Scientific Reports, an experimental and theoretical study of granular rheology under vertical vibration (in collab. with A. Gnoli, A. Lasanta and A. Sarracino)
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  • new!: 2016, published on New J. Phys, an experimental and theoretical study of the response velocity of a 3d-printed "walker" moving on a vibrating plate (in collab. with N. Koumakis, A. Gnoli, C. Maggi and R. Di Leonardo)
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  • recent: 2016, published on New J. Phys, an experimental and theoretical study of the response velocity of a 3d-printed "walker" moving on a vibrating plate (in collab. with N. Koumakis, A. Gnoli, C. Maggi and R. Di Leonardo)
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  • new!: 2016, published on Phys. Rev. Lett, a numerical study of the response of an inertial particle in a "rotating" flow, with very strange nonlinear effects (in collab. with Cecconi, Sarracino and Vulpiani)
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  • recent: 2016, published on Phys. Rev. Lett, a numerical study of the response of an inertial particle in a "rotating" flow, with very strange nonlinear effects (in collab. with Cecconi, Sarracino and Vulpiani)
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  • new!: 2016, published on Phys. Rev. Lett, an experiment on granular thermal convection induced only by dissipative lateral walls (in collab. with Gnoli, Pontuale and Vega-Reyes)
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  • recent: 2016, published on Phys. Rev. Lett, an experiment on granular thermal convection induced only by dissipative lateral walls (in collab. with Gnoli, Pontuale and Vega-Reyes)
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