Linked from

The 13 pages that link to Non-Newtonian fluid, each with the reason it gives.

• ViscosityCompared with: Its flow shows why viscosity need not be a single constant.

• RheologyBroader topic: Its rate-dependent or history-dependent behavior is a major subject of rheology.

• Newtonian fluidCompared with: It is the broad counterpart for materials whose apparent viscosity changes with deformation rate or history.

• Dynamic viscosityCompared with: Its apparent viscosity varies with shear rate or deformation history.

• Shear rateCompared with: Its apparent viscosity can change as shear rate varies.

• Granular flowCompared with: Some dense granular flows resemble these fluids but retain discrete solid contacts.

• Pipe flowCompared with: Its changing effective viscosity can invalidate standard Newtonian pipe-flow formulas.

• Transport phenomenaCompared with: Its momentum transport cannot be described by a constant Newtonian viscosity.

• Hagen–Poiseuille equationCompared with: Its changing rheology violates the equation's constant-viscosity assumption.

• Complex fluidsNarrower topic: Many complex fluids depart from the linear stress–flow relation of simple liquids.

• Interactions in fluidsBroader topic: Its response shows how complex internal interactions can defeat constant-viscosity models.

• Power-law fluidNarrower topic: Power-law fluids are one commonly modeled class within this broader family.

• Silly PuttyCompared with: Silly Putty’s rate-dependent behavior resembles non-Newtonian flow, though it also behaves elastically.