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Your search keyword '"Iberite, Federica"' showing total 17 results
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17 results on '"Iberite, Federica"'

2. Biohybrid Microrobots

Author

Iberite, Federica, Vannozzi, Lorenzo, Ricotti, Leonardo, Sun, Yu, editor, Wang, Xian, editor, and Yu, Jiangfan, editor

Published
2022
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6. A Novel 3D‐Printed/Porous Conduit with Tunable Properties to Enhance Nerve Regeneration Over the Limiting Gap Length (Adv. Mater. Technol. 17/2023)

Author

Redolfi‐Riva, Eugenio, primary, Pérez‐Izquierdo, Míriam, additional, Zinno, Ciro, additional, Contreras, Estefania, additional, Rodríguez‐Meana, Bruno, additional, Iberite, Federica, additional, Ricotti, Leonardo, additional, Micera, Silvestro, additional, and Navarro, Xavier, additional

Published
2023
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7. Soft Perfusable Device to Culture Skeletal Muscle 3D Constructs in Air

Author

Iberite, Federica, primary, Piazzoni, Marco, additional, Guarnera, Daniele, additional, Iacoponi, Francesco, additional, Locarno, Silvia, additional, Vannozzi, Lorenzo, additional, Bolchi, Giacomo, additional, Boselli, Federica, additional, Gerges, Irini, additional, Lenardi, Cristina, additional, and Ricotti, Leonardo, additional

Published
2023
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10. Monolithic Three-Dimensional Functionally Graded Hydrogels for Bioinspired Soft Robots Fabrication

Author

Piazzoni, Marco, primary, Piccoli, Elisa, additional, Migliorini, Lorenzo, additional, Milana, Edoardo, additional, Iberite, Federica, additional, Vannozzi, Lorenzo, additional, Ricotti, Leonardo, additional, Gerges, Irini, additional, Milani, Paolo, additional, Marano, Claudia, additional, Lenardi, Cristina, additional, and Santaniello, Tommaso, additional

Published
2022
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17. Effects of the 3D Geometry Reconstruction on the Estimation of 3D Porous Scaffold Permeability .

Author

Guarnera D, Iberite F, Piazzoni M, Gerges I, Santaniello T, Vannozzi L, Lenardi C, and Ricotti L

Subjects
Permeability, Porosity, X-Ray Microtomography, Tissue Engineering, Tissue Scaffolds
Abstract

3D scaffolds for tissue engineering typically need to adopt a dynamic culture to foster cell distribution and survival throughout the scaffold. It is, therefore, crucial to know fluids' behavior inside the scaffold architecture, especially for complex porous ones. Here we report a comparison between simulated and measured permeability of a porous 3D scaffold, focusing on different modeling parameters. The scaffold features were extracted by microcomputed tomography (µCT) and representative volume elements were used for the computational fluid-dynamic analyses. The objective was to investigate the sensitivity of the model to the degree of detail of the µCT image and the elements of the mesh. These findings highlight the pros and cons of the modeling strategy adopted and the importance of such parameters in analyzing fluid behavior in 3D scaffolds.

Published
2021
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