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Showing 1 to 4 of 4 for “"granular mechanics"”.

  1. Tailored Mechanical Response of 3D Microgranular Crystals with Hierarchical Architecture

    Granular media exhibit extraordinary impact-mitigating properties due to their nonlinear grain-to-grain interactions, enabling efficient energy dissipation and wave perturbation under dynamic loading—behaviors unattainable in conventional monolithic materials. Recent efforts have sought to engineer …

    mit Repository record for Tailored Mechanical Response of 3D Microgranular Crystals with Hierarchical Architecture (opens in a new tab)

  2. Photoporomechanics: a new technique to explore grain-scale mechanisms for fluid-driven fractures in granular media

    Multiphase flow through granular and porous materials exhibits complex behavior, the understanding of which is critical in many natural and industrial processes like infiltration of water into the vadose zone, water dropout in fuel cells, and geological carbon dioxide storage. While fluid–fluid …

    mit Repository record for Photoporomechanics: a new technique to explore grain-scale mechanisms for fluid-driven fractures in granular media (opens in a new tab)

  3. Machine learning methods for architected materials

    … learning techniques for understanding the mechanics of architected materials.

    cambridge Repository record for Machine learning methods for architected materials (opens in a new tab)

  4. Modelling dry granular flows over topography

    Dry granular flows are common and important in the environment and industry, and yet their behaviour is very poorly understood. The dynamics of individual grains are governed by the simple and well-known laws of Newtonian mechanics, but how do these 'microscopic' particle-level laws translate into …

    cambridge Repository record for Modelling dry granular flows over topography (opens in a new tab)