Population
Passive cardiac muscle modeled as an incompressible, isotropic, poroelastic solid saturated by an…
Comparison
Time-dependent uniaxial loading based on Biot's… vs Published experimental results
Design
Preclinical
Authors
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Both poroelastic and viscoelastic effects require consideration in passive myocardial modeling; leaves open translation to human cardiac mechanics.
Both poroelastic and tissue viscoelastic effects must be considered in studies of passive cardiac muscle biomechanics.
Yang et al. (1991) studied this question.
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