Linked from

The 48 pages that link to Viscoelasticity, each with the reason it gives.

• ViscosityRelated: Viscoelastic materials exhibit both viscous resistance and recoverable response.

• PolymerRelated: Polymer deformation often depends on both the applied force and its duration.

• Continuum mechanicsBroader topic: It models materials whose stress response depends on deformation history.

• Amorphous solidRelated: Amorphous materials can deform differently depending on temperature and loading time.

• HysteresisCompared with: Rate-dependent loops can resemble hysteresis, though they arise partly from delayed response.

• Glacial isostatic adjustmentRelated: Earth’s mantle responds elastically at first and then flows over centuries to millennia.

• RheologyBroader topic: It captures the mixed elastic and viscous response central to many rheological materials.

• Tidal heatingRelated: A body's viscoelastic response controls how much tidal work becomes heat.

• Plastic deformationCompared with: Unlike ideal plasticity, viscoelastic strain can recover gradually after unloading.

• Hooke's lawCompared with: Its response depends on loading duration, unlike the ideal instantaneous Hookean relation.

• AdhesiveRelated: It explains how pressure-sensitive adhesives can both deform and resist separation.

• Coefficient of restitutionRelated: Viscoelastic contacts can make restitution depend on impact speed and material properties.

• Elastic modulusCompared with: Time-dependent response complicates a modulus that assumes elastic behavior.

• Newtonian fluidCompared with: Elastic memory can make stress depend on deformation history, unlike the instantaneous Newtonian law.

• Constitutive equationRelated: Its constitutive laws include dependence on loading history and rate.

• Muscle toneRelated: Muscle and connective tissue can resist movement even without ongoing neural drive.

• Elastic-rebound theoryCompared with: Earth’s crust and mantle relax over time, unlike a purely elastic idealization.

• ElastomerRelated: Real elastomers often recover with delay and dissipate energy during repeated deformation.

• CreepNarrower topic: Creep is one response measured in viscoelastic materials, though it also occurs in crystalline solids.

• Elasticity (physics)Compared with: It contrasts immediate elastic response with delayed, rate-dependent recovery.

• Intervertebral discRelated: Disc tissue deforms differently depending on how quickly and how long forces act.

• Rolling resistanceRelated: Viscoelastic materials recover imperfectly as they pass through a rolling contact.

• Non-Newtonian fluidRelated: Some non-Newtonian fluids retain and release deformation energy as well as flowing.

• Shear strengthRelated: In viscoelastic materials, apparent shear resistance changes with loading rate and duration.

• Stress–strain curveCompared with: For viscoelastic materials, curve shape depends on loading rate and duration.

• Shear modulusCompared with: Viscoelastic materials can have a shear modulus that varies with time or loading frequency.

• Food rheologyNarrower topic: Doughs, gels, and emulsions often show both recoverable deformation and time-dependent flow.

• PlasticityCompared with: Unlike ideal plasticity, viscoelastic deformation depends on loading time and may partly recover.

• Hyaline cartilageRelated: Cartilage deforms under load and responds over time as fluid shifts through its matrix.

• Pressure-sensitive adhesiveNarrower topic: Pressure-sensitive adhesives must flow enough to wet surfaces yet recover enough to hold them.

• Asphalt concreteNarrower topic: Asphalt binder makes pavement respond differently to slow, warm loading than to rapid, cold loading.

• Mantle viscosityCompared with: Mantle viscosity describes long-term flow, while viscoelastic models also capture short-term elastic response.

• Polyurethane foamRelated: Viscoelastic behavior explains the slow recovery of some polyurethane cushioning foams.

• Post-glacial reboundRelated: The mantle’s viscoelastic response makes uplift continue long after the ice melts.

• BitumenNarrower topic: Bitumen deforms elastically under quick loads and flows under sustained ones.

• Polymer engineeringRelated: It governs polymer response during forming, loading, and long-term use.

• Adhesive tapeRelated: Pressure-sensitive adhesive must flow enough to contact a surface yet resist later detachment.

• Gel (colloid)Related: Gels store some deformation like solids while dissipating energy like liquids.

• Rayleigh–Plesset equationRelated: Bubbles in soft tissue or polymeric liquids require stresses beyond a Newtonian viscosity term.

• Applications of soft matterRelated: It explains why polymers and gels can both rebound and slowly deform.

• Complex fluidsRelated: Complex fluids often store and dissipate stress at the same time.

• DashpotCompared with: A viscoelastic element both stores and dissipates energy, unlike an ideal dashpot.

• Isostatic depressionRelated: Mantle viscoelasticity makes the crust’s response continue long after a load is added.

• Mechanical & acoustical propertiesRelated: It explains why some materials deform over time and dissipate vibrational energy.

• Mechanical spectroscopyNarrower topic: Mechanical spectroscopy characterizes this mixed response under periodic loading.

• Power-law fluidCompared with: A power-law fluid model describes shear-dependent viscosity but not elastic memory.

• Silly PuttyNarrower topic: Silly Putty’s response changes with how quickly it is pulled, shaped, or struck.

• Time–temperature superpositionNarrower topic: Time–temperature superposition organizes measurements of this time-dependent material behavior.