A Computational Framework for Bridging Discrete and Continuum Mechanics in Quasi-Static Granular Systems
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We developed a computational method to connect small-scale particle interactions with large-scale material behavior in granular systems. By using advanced averaging techniques, we ensure accurate simulations while keeping computations efficient. Our approach helps bridge the gap between detailed particle simulations and broader engineering applications, making it useful for multi-scale modeling and simplifying complex particle-based simulations.