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Relevant code written for the paper "A cell-based framework for modeling cardiac mechanics". It's a mechanical continuum model in which the cells are explicitly represented, dividing the domain into an extracellular space and an intracellular space. The code here specifically considers uniaxial stretching and active contraction experiments, tracking important mechanical properties like displacement, strain and stress.
https://bitbucket.org/mewasul/emimechanicalmodel/src/master/, cardiac mechanics, cell-based modeling, EMI, cardiac mechanics, cell-based modeling, EMI, cardiomyocyte mechanics, microscale mechanics, intracellular mechanics, extracellular mechanics
https://bitbucket.org/mewasul/emimechanicalmodel/src/master/, cardiac mechanics, cell-based modeling, EMI, cardiac mechanics, cell-based modeling, EMI, cardiomyocyte mechanics, microscale mechanics, intracellular mechanics, extracellular mechanics
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