Modelling Elastic Behaviour of Soft Tissues. Part I. Isotropy
S Jemioło, JJ Telega - Engineering Transactions, 2001 - et.ippt.gov.pl
S Jemioło, JJ Telega
Engineering Transactions, 2001•et.ippt.gov.plSoft tissues mostly exhibit strongly nonlinear behaviour while undergoing large strains. New
macroscopic models for both isotropic and transversely isotropic soft tissues have been
proposed. The models developed are suitable for finite element formulation. It the first part of
the paper isotropic models have been proposed. Implementation in the FEM programme
ABAC) US has been discussed. Muscle contraction models have also been concisely
reviewed.
macroscopic models for both isotropic and transversely isotropic soft tissues have been
proposed. The models developed are suitable for finite element formulation. It the first part of
the paper isotropic models have been proposed. Implementation in the FEM programme
ABAC) US has been discussed. Muscle contraction models have also been concisely
reviewed.
Soft tissues mostly exhibit strongly nonlinear behaviour while undergoing large strains. New macroscopic models for both isotropic and transversely isotropic soft tissues have been proposed. The models developed are suitable for finite element formulation. It the first part of the paper isotropic models have been proposed. Implementation in the FEM programme ABAC) US has been discussed. Muscle contraction models have also been concisely reviewed.
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