Biomechanics of bone transportIn vivo, ex vivo and numerical characterization
- Jaime Domínguez Abascal Directeur/trice
- Esther Reina Romo Directeur/trice
Université de défendre: Universidad de Sevilla
Fecha de defensa: 08 septembre 2016
- José Manuel García Aznar President
- Francisco Javier Martínez Reina Secrétaire
- Lutz Claes Rapporteur
- Pablo Ruiz Rapporteur
- Liesbet Geris Rapporteur
Type: Thèses
Résumé
The work carried out in this Thesis was motivated by the need of providing experimental data about distraction osteogenesis to improve and validate in silico models of the process. Computational models of distraction osteogenesis allow understanding the mechanobiology and improving the clinical applications of the process. In the last years, numerical models were proposed based on different hypothesis [8, 12, 14–16]. Although experimental studies which evaluated mechanical, biological or both aspects of distraction osteogenesis may be found in literature [1–7, 9–11], the differences existing in the conditions of the experiments carried out make difficult to compare among these studies and to make conclusions. Therefore, more experimental data are demanded to validate computational models and to improve the clinical applications.