Rate-dependent drag instability in granular materials von Hossain, T., Rognon, P.

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Thermal transients and convective particle motion in dense granular materials von Rognon, P, Einav, I

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Faults Get Colder Through Transient Granular Vortices von Einav, I., Rognon, P., Miller, T., Sulem, J.

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Eddy viscosity in dense granular flows von Miller, T, Rognon, P, Metzger, B, Einav, I

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Vulnerability of hydraulic networks to channel clogging von Rognon, P., Russo, D., Griffani, D., Einav, I.

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Rate-dependent drag instability in granular materials von Hossain, T., Rognon, P.

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Explaining complex network permeability through the covariance of channel length and velocity von Rognon, P., Macaulay, M., Griffani, D., Einav, I.

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Rheology and structure of granular materials near the jamming transition von Mills, P, Rognon, P. G, Chevoir, F

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Rheophysics of cohesive granular materials von Rognon, P. G, Roux, J.-N, Wolf, D, Naaïm, M, Chevoir, F

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Transfer in solids featuring channel flows von Griffani, D., Rognon, P., Einav, I.

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Soft Dynamics simulation. 2. Elastic spheres undergoing a T1 process in a viscous fluid von Rognon, P., Gay, C.

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Fault detection and isolation on a PWM inverter by knowledge-based model von Peuget, R., Courtine, S., Rognon, J.-P.

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A scaling law for heat conductivity in sheared granular materials von Rognon, P, Einav, I, Bonivin, J, Miller, T

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The shape of the barchan dunes of Southern Morocco von Sauermann, G, Rognon, P, Poliakov, A, Herrmann, H.J

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Rapid Plateau border size variations expected in three simple experiments on 2D liquid foams von Gay, C., Rognon, P., Reinelt, D., Molino, F.

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Soft Dynamics simulation. 1. Normal approach of two deformable particles in a viscous fluid and optimal-approach strategy von Rognon, P., Gay, C.

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Prediction of positive and negative elastic dilatancy in 2D and 3D liquid foams von Rognon, P, Molino, F, Gay, C

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10,000 - A reason to study granular heat convection von Einav, I., Rognon, P., Gan, Y., Miller, T., Griffani, D.

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Dense flows of cohesive granular materials von ROGNON, PIERRE G., ROUX, JEAN-NOËL, NAAÏM, MOHAMED, CHEVOIR, FRANÇOIS

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How rotational vortices enhance transfers von Griffani, D., Rognon, P., Metzger, B., Einav, I.

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