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This work aims to explore recent modeling advancements in the rheology of dense suspensions and their underlying mechanisms.

Recent Modeling Advances in Dense Suspension Rheology

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This work aims to explore recent modeling advancements in the rheology of dense suspensions and their underlying mechanisms.
Focus on state-of-the-art simulation frameworks that combine dry granular mechanics with suspension hydrodynamics.
Evaluate varying levels of fidelity in simulations ranging from particle-resolved to continuum models.
Discuss hierarchical structures from microscale interactions to mesoscale networks.
Recent computational developments enhance the simulation of non-Brownian dense suspensions in viscous environments.
Revealed a hierarchical structure where microscale constraints create mesoscale frictional networks impacting macroscopic flow.
Briefly outlined grid-based methods for complex geometries and continuum-scale descriptions.

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Perspective reveals advancements in modeling dense suspensions' rheology, highlighting predictive techniques and flow mechanics.

Ayar et al. (2026) studied this question.

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