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Showing 1 to 6 of 6 for “"Granular Beds"”.

  1. Wheel design optimization for locomotion in granular beds using resistive force theory

    … the dynamics of wheeled locomotion through granular materials was explored. Resistive Force Theory is a new terradynamic model that simplifies the calculation of the forces applied to bodies moving through granular media because it utilizes linear superposition and is easily scalable to any …

    mit Repository record for Wheel design optimization for locomotion in granular beds using resistive force theory (opens in a new tab)

  2. Wheel design optimization for locomotion in granular beds using resistive force theory

    … Force Theory, a general dimensionless form for granular locomotion has been discovered, which instructs how to scale size, mass, and driving parameters to relate dynamic behaviors of different locomotors in the same granular media. These scalings are experimentally confirmed with wheel pairs of …

    mit Repository record for Wheel design optimization for locomotion in granular beds using resistive force theory (opens in a new tab)

  3. A first order assessment of the moving granular panel filter

    The capabilities of a specific moving granular panel bed filter are investigated, highlighting FBC flue gas cleanup. The continuous operability offers some advantages over the discontinuous operating mode of the static filter bed but the effects of moving granular medium are found to introduce …

    cape-town Repository record for A first order assessment of the moving granular panel filter (opens in a new tab)

  4. Development of a reduced-order modeling technique for granular locomotion

    … of a reduced-order modeling technique called granular Resistive Force Theory(RFT) for modeling wheeled locomotion on granular beds. A combination of various modeling techniques, namely plasticity-based continuum modeling, discrete element method (DEM) modeling, along with RFT and collaborative …

    mit Repository record for Development of a reduced-order modeling technique for granular locomotion (opens in a new tab)

  5. The effects of variation in wave period and flow asymmetry in sediment dynamics

    … transition to turbulence over smooth beds has been reported previously in terms of a (single) critical flow amplitude Reynolds number, Recrit=U?a/?. On the basis of observations undertaken using sinusoidal flows (Li, 1954) and during the present study, this is found to be the case for …

    soton Repository record for The effects of variation in wave period and flow asymmetry in sediment dynamics (opens in a new tab)