Description
To study the jamming behaviour and viscoelastic properties of epithelial tissue we conducted simulations and compared the results to experimental findings.
The jamming data shows the average contact number, reduced area and final packingfraction per simulation. These can be used to study jamming in terms of the order parameter Z (contact number). For shearing simulations, the stress was measured over time. This way, the stress relaxation after shearing and the steady-state stress for different strain rates can be determined.
The data includes processed .csv data files of the simulations, the codebase and 2 videos. The two videos show two continuous shear simulations with and without adherens junctions.
The jamming data shows the average contact number, reduced area and final packingfraction per simulation. These can be used to study jamming in terms of the order parameter Z (contact number). For shearing simulations, the stress was measured over time. This way, the stress relaxation after shearing and the steady-state stress for different strain rates can be determined.
The data includes processed .csv data files of the simulations, the codebase and 2 videos. The two videos show two continuous shear simulations with and without adherens junctions.
| Date made available | 27 Jun 2024 |
|---|---|
| Publisher | TU Delft - 4TU.ResearchData |
| Date of data production | 2024 - |