Reiner–Rivlin fluid model

E693899

The Reiner–Rivlin fluid model is a constitutive model in continuum mechanics that describes the nonlinear stress–strain behavior of certain non-Newtonian, viscoelastic fluids.

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Predicate Object
instanceOf constitutive model
continuum mechanics concept
non-Newtonian fluid model
viscoelastic fluid model
aimsTo model complex fluid behavior with simple constitutive equations
allows nonlinear dependence of stress on strain rate invariants
quadratic terms in rate-of-deformation tensor
appliesTo incompressible fluids
isotropic fluids
assumes isotropy of material response
material frame indifference
basedOn Cauchy stress tensor
rate-of-deformation tensor
captures normal stress effects in shear flows
shear-thickening behavior
shear-thinning behavior
category nonlinear continuum mechanics model
characterizes nonlinear relationship between stress and rate of strain
contrastsWith linear viscoelastic models
purely Newtonian viscous models
describes non-Newtonian fluids
nonlinear stress–strain behavior
viscoelastic fluids
field continuum mechanics
non-Newtonian fluid mechanics
rheology
generalizes Newtonian fluid model
includesParameter material constants depending on invariants of strain rate
influenced development of modern non-Newtonian constitutive equations
introducedBy Mark Reiner NERFINISHED
Ronald S. Rivlin NERFINISHED
isA phenomenological model
mathematicalForm stress expressed as polynomial in invariants of rate-of-deformation tensor
relatedTo Rivlin–Ericksen fluid NERFINISHED
second-order fluid model
satisfies isotropic tensor function representation theorems
objectivity requirement
timePeriod mid-20th century
usedIn analysis of lubricants
analysis of polymeric liquids
theoretical rheology
viscoelastic flow modeling
uses Rivlin–Ericksen tensors NERFINISHED
objective tensor invariants

Referenced by (2)

Full triples — surface form annotated when it differs from this entity's canonical label.

Marcus Reiner coDeveloperOf Reiner–Rivlin fluid model
Marcus Reiner notableFor Reiner–Rivlin fluid model