| Pahr, Dieter H. | Computational biomechanics in orthopedics |
| Pais, Ana | Multi-scale modelling of biomechanical systems and their simulation using neural networks Presenter |
| Palandri, Chiara | Mechanical characterization of biological and bio-inspired materials |
| Papastavrou, Areti | Continuum biomechanics of active biological systems
Modeling bone’s response to mechanical signals |
| Parente, Marco | Reproductive soft tissue biomechanics
Reproductive soft tissue biomechanics |
| Parente, Marco | Reproductive soft tissue biomechanics |
| Parente, Marco P. Lages | Reproductive soft tissue biomechanics |
| Pavić, Ognjen | Integrating machine learning and multiscale modeling - advances, challenges and future possibilities Presenter |
| Pellicoro, Antonella | Inverse modeling and uncertainty quantification in biomechanics |
| Peña Baquedano, Estefanía | Multi-scale mechanics and mechanobiology of arteries
Various topics - from cell motion to musculoskeletal systems |
| Peña Fernández, Marta | Computational biomechanics in orthopedics Presenter
Various topics - from cell motion to musculoskeletal systems Presenter |
| Peng, Zhangli | Effect of biophysical stresses on blood and vascular cells |
| Penta, Raimondo | Multi-scale modelling of biomechanical systems and their simulation using neural networks
Multi-scale modelling of biomechanical systems and their simulation using neural networks |
| Pérez, María Ángeles | Computational cancer mechanobiology: from cell-based models to continuum models
Computational methods for tissue engineering |
| Perez, María Angeles | Plenary Keynote Session |
| Perez, Marta María | Various topics - from cell motion to musculoskeletal systems |
| Pérez-Aliacar, Marina | Biomechanical modelling by coupling mechanics, biology and chemistry Presenter |
| Pérez-Benito, Ángela | Computational cancer mechanobiology: from cell-based models to continuum models Presenter |
| Peschka, Dirk | Continuum biomechanics of active biological systems |
| Petřivý, Zdeněk | Mechanical characterization of biological and bio-inspired materials Presenter
Mechanical characterization of biological and bio-inspired materials |
| Petrová, Nikola | Mechanical characterization of biological and bio-inspired materials |
| Pickering, Edmund | Multiscale assessment of bone remodeling and adaptation using novel experimental and computational methods |
| Piedade, A. P. | Additive manufacturing in the hospital setting: challenges, obstacles, and outlook |
| Pinheiro, Fábio | Reproductive soft tissue biomechanics |
| Pircher, Lukas | Multiscale assessment of bone remodeling and adaptation using novel experimental and computational methods Presenter |
| Pivonka, Peter | Modeling bone’s response to mechanical signals
Multiscale assessment of bone remodeling and adaptation using novel experimental and computational methods
Multiscale assessment of bone remodeling and adaptation using novel experimental and computational methods
Plenary Keynote Session Presenter |
| Plank, Gernot | Computational approaches to cardiovascular medicine |
| Popp, Domenik | Additive manufacturing in the hospital setting: challenges, obstacles, and outlook |
| Popp, J. | Mechanical characterization of biological and bio-inspired materials |
| Pouch, Alison | Inverse modeling and uncertainty quantification in biomechanics |
| Pourasghar, Aminallah | Inverse modeling and uncertainty quantification in biomechanics |
| Pouresmaeeli, Saleh | Various topics - from cell motion to musculoskeletal systems Presenter |
| Prasad, Jitendra | Modeling bone’s response to mechanical signals
Modeling bone’s response to mechanical signals Presenter
Modeling bone’s response to mechanical signals |
| Psiuk-Maksymowicz, Krzysztof | Computational approaches to cardiovascular medicine |
| Puglisi, Giuseppe | Integrating machine learning and multiscale modeling - advances, challenges and future possibilities |
| Pugno, Nicola Maria | Integrating machine learning and multiscale modeling - advances, challenges and future possibilities |
