Linked from

The 14 pages that link to Granular material, each with the reason it gives.

• Effective temperatureRelated: Driven grains can have kinetic temperatures without being in thermal equilibrium.

• Coefficient of restitutionBroader topic: Particle simulations use restitution to model energy loss at grain contacts.

• DuneNarrower topic: Dune sediment behaves as grains rather than as a continuous solid.

• Angle of reposeNarrower topic: The angle emerges from interactions among particles rather than from a single solid surface.

• Sphere packingRelated: Its bulk density depends partly on how particles pack and rearrange.

• Granular flowNarrower topic: Granular flow is the moving state of this broader class of materials.

• AntlionNarrower topic: The trap works by exploiting the way loose grains move beneath struggling prey.

• Granular convectionNarrower topic: Granular convection is a collective flow pattern in this broader class of materials.

• Kinetically constrained modelsRelated: Constraint-based models capture aspects of cooperative rearrangement in jammed granular systems.

• Classical fluidCompared with: Its collisions and enduring contacts violate key assumptions of ordinary fluid models.

• Complex fluidsCompared with: It shares collective, non-simple flow behavior but consists of grains rather than suspended mesoscopic structures.

• Disordered systemsBroader topic: Random packing produces disorder that governs flow, rigidity, and force transmission.

• Particle (materials science)Narrower topic: Particles also interact in bulk assemblies without a suspending fluid.

• Sand art and playNarrower topic: Sand behaves as a granular material, so its grains shift and lock together during play.