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The differences in viscoelastic properties of subtendons result from the anatomical tripartite structure of human Achilles tendon - ex vivo experimental study and modeling

Martyna Ekiert, Krzysztof A. Tomaszewski, Andrzej Młyniec

2021Acta Biomaterialia31 citationsDOIOpen Access PDF

Topics & Concepts

Achilles tendonViscoelasticityMaterials scienceTendonFinite element methodConstitutive equationHyperelastic materialMultiscale modelingEx vivoStress relaxationMechanicsComposite materialIn vivoAnatomyCreepPhysicsThermodynamicsComputational chemistryBiologyBiotechnologyChemistryMedicineTendon Structure and TreatmentTribology and Lubrication EngineeringElasticity and Material Modeling
The differences in viscoelastic properties of subtendons result from the anatomical tripartite structure of human Achilles tendon - ex vivo experimental study and modeling | Litcius