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Showing 1 to 5 of 5 for “"soil bin"”.

  1. Discrete element method simulation of wear due to soil-tool interaction

    … using a relatively new method to study soil-tool wear which could drastically reduce the time and associated costs of traditional wear studies. The goal was to utilize discrete element method (DEM) simulations to recreate the results of a circular soil bin test in order to develop a …

    sask Repository record for Discrete element method simulation of wear due to soil-tool interaction (opens in a new tab)

  2. Soil-Conduit Interaction and Structural Stability of Mole Drains

    … examined both experimentally in a laboratory soil bin and numerically by the finite element method, for various loading conditions.

    uiuc Repository record for Soil-Conduit Interaction and Structural Stability of Mole Drains (opens in a new tab)

  3. A model for predicting narrow tool behavior under dynamic conditions

    … to determine the effect of shear rate on soil shear strength and soil-metal friction parameters. Second, a model was developed to include dynamic effects. Third, the model was verified experimentally under laboratory conditions. Direct shear tests using a conventional shear box were …

    vt Repository record for A model for predicting narrow tool behavior under dynamic conditions (opens in a new tab)

  4. Terramechanics of Saturated Clays: Assessing Tire Performance Through Experimental and Numerical Approaches

    … terrain of saturated clays. Modeling cohesive soils with high water content is challenging due to their low shear strength and highly deformable nature, necessitating systematic consideration in both material modeling and numerical techniques. Saturated clay is marked by high plasticity, …

    vt Repository record for Terramechanics of Saturated Clays: Assessing Tire Performance Through Experimental and Numerical Approaches (opens in a new tab)