| Sachse, Renate | Technical University of Munich, Germany | Computational biomechanics in orthopedics |
| Sahun, Maxime | Aix Marseille Univ, CNRS, CINAM, France | Effect of biophysical stresses on blood and vascular cells |
| Sainz-DeMena, Diego | University of Zaragoza, Spain | Computational cancer mechanobiology: from cell-based models to continuum models |
| Sakellarios, Antonis | University of Ioannina, Greece | Computational approaches to cardiovascular medicine |
| Sansalone, Vittorio | MSME, CNRS UMR 8208, Univ Paris Est Creteil, Univ Gustave Eiffel, France | Multiscale assessment of bone remodeling and adaptation using novel experimental and computational methods |
| Santos, Diogo A. | IDMEC - Instituto Superior Técnico, Universidade de Lisboa, Portugal | Computational methods for tissue engineering |
| Santos, Mariana | Polytechnic Institute of Coimbra, Portugal | Additive manufacturing in the hospital setting: challenges, obstacles, and outlook |
| Sauty, Bastien | Mines Saint Etienne, France | Biomechanical modelling by coupling mechanics, biology and chemistry |
| Schäfer, Friederike | Norwegian University of Science and Technology, Norway | Inverse modeling and uncertainty quantification in biomechanics Presenter |
| Schäfer, Ute | Medical University Graz, Austria | Computational biomechanics in orthopedics |
| Schanz, Martin | Graz University of Technology, Austria | Continuum biomechanics of active biological systems Presenter |
| Scheiner, Stefan | TU Wien, Austria | Biomechanical modelling by coupling mechanics, biology and chemistry Presenter
Multiscale assessment of bone remodeling and adaptation using novel experimental and computational methods |
| Schiavazzi, Daniele | University of Notre Dame, United States | Inverse modeling and uncertainty quantification in biomechanics |
| Schima, Heinrich | Medical University of Vienna, Austria;
Ludwig Boltzmann Institute for Cardiovascular Research, Austria | Computational approaches to cardiovascular medicine |
| Schlittler, Maja | Institute for Biomedicine (Affiliated to the University of Lübeck), Eurac Research, Italy | Mechanical characterization of biological and bio-inspired materials |
| Schmidt, Ina | TH Nürnberg, Germany | Modeling bone’s response to mechanical signals Presenter |
| Schmitt, M. | Friedrich Schiller University Jena, Germany | Mechanical characterization of biological and bio-inspired materials |
| Schneider, Karl | Medical University of Vienna, Austria | Computational biomechanics in orthopedics |
| Schneider, Konrad | Leibniz Institute of Polymer Research Dresden, Germany | Reproductive soft tissue biomechanics |
| Schniepp, Hannes Christian | William & Mary, United States of America | Molecular biomechanics Presenter |
| Schrefler, Bernhard A. | Technical University of Munich, Germany;
University of Padua, Italy | Computational cancer mechanobiology: from cell-based models to continuum models |
| Schultz, C. | Friedrich Schiller University Jena, Germany | Mechanical characterization of biological and bio-inspired materials |
| Schulze-Tanzil, Gundula G. | Paracelsus Medical University Salzburg and Nuremberg, Germany | Reproductive soft tissue biomechanics |
| Schwartzkopf, Matthias | Deutsches Elektronen-Synchrotron DESY, Germany | Reproductive soft tissue biomechanics |
| Schwarz, Gilbert M. | Medical University of Vienna, Austria | Computational biomechanics in orthopedics |
| Scott, Robert | Cranfield University, United Kingdom | Multiscale assessment of bone remodeling and adaptation using novel experimental and computational methods |
| Semertzioglou, Arsen | Rontis Corporation S.A., Switzerland | Computational approaches to cardiovascular medicine |
| Senthilkumar, Irish | University of Galway, Ireland | Computational cancer mechanobiology: from cell-based models to continuum models |
| Shaked, Natan | Tel Aviv University, Israel | Various topics - from cell motion to musculoskeletal systems |
| Shefelbine, Sandra J | Northeastern University, United States of America | Modeling bone’s response to mechanical signals Presenter
Biomechanical modelling by coupling mechanics, biology and chemistry
Continuum biomechanics of active biological systems |
| Shekhar, Himanshu | Indian Institute of Technology, India | Modeling bone’s response to mechanical signals Presenter
Modeling bone’s response to mechanical signals |
| Shelley, Michael | Flatiron Institute, United States | Collective mechanics of cellular scale processes |
| Shoham, Yuval | Tel Aviv University, Israel | Collective mechanics of cellular scale processes |
| Silva, Elisabete | University of Porto, Portugal | Reproductive soft tissue biomechanics Presenter |
| Simeon, Bernd | Rheinland-Pfälzische Technische Universität Kaiserslautern-Landau, Germany | Continuum biomechanics of active biological systems |
| Simić, Vladimir | Research and Development Center for Bioengineering BioIRC, Serbia;
University of Kragujevac, Serbia | Integrating machine learning and multiscale modeling - advances, challenges and future possibilities |
| Simionato, Greta | Saarland University, Germany | Effect of biophysical stresses on blood and vascular cells |
| Simon, Marc | University of California, San Francisco, USA | Inverse modeling and uncertainty quantification in biomechanics |
| Simon, Ulrich | Ulm University, Germany | Modeling bone’s response to mechanical signals |
| Sinek, Aleksander | Norwegian University of Science and Technology, Norway;
Silesian University of Technology, Poland | Inverse modeling and uncertainty quantification in biomechanics |
| Singh, Sanjay | Indian Institute of Technology Ropar, India | Modeling bone’s response to mechanical signals
Modeling bone’s response to mechanical signals Presenter |
| Singh, Satwinder Jit | Indian Institute of Technology, India | Modeling bone’s response to mechanical signals |
| Siogkas, Panos | University of Ioannina, Greece | Computational approaches to cardiovascular medicine |
| Siqueira, Adriano | University of São Paulo, Brazil | Various topics - from cell motion to musculoskeletal systems |
| Sixt, Michael | Institute of Science and Technology Austria, Austria | Collective mechanics of cellular scale processes |
| Škugor, Toni | University of Zagreb, Croatia | Mechanical characterization of biological and bio-inspired materials Presenter |
| Smeets, Bart | KU Leuven, Belgium | Computational cancer mechanobiology: from cell-based models to continuum models
Computational cancer mechanobiology: from cell-based models to continuum models |
| Smolle-Jüttner, Freyja | Medical University Graz, Austria | Computational biomechanics in orthopedics |
| Snead, Malcolm L | University of Southern California, USA | Molecular biomechanics Presenter |
| Sobotka, Zbyněk | Czech Technical University in Prague,Czech Republic | Mechanical characterization of biological and bio-inspired materials Presenter
Mechanical characterization of biological and bio-inspired materials |
| Sochor, Benedikt | Deutsches Elektronen-Synchrotron DESY, Germany | Reproductive soft tissue biomechanics |
| Sommer, Gerhard | TU Graz, Austria | Mechanical characterization of biological and bio-inspired materials |
| Spahic, Lemana | Research and Development Center for Bioengineering BioIRC, Serbia | Integrating machine learning and multiscale modeling - advances, challenges and future possibilities Presenter |
| Spill, Fabian | University of Birmingham, United Kingdom | Computational cancer mechanobiology: from cell-based models to continuum models |
| Staats, Kevin | Medical University of Vienna, Austria | Additive manufacturing in the hospital setting: challenges, obstacles, and outlook |
| Steenackers, Hans | KU Leuven, Belgium | Computational cancer mechanobiology: from cell-based models to continuum models |
| Stefàno, Pierluigi | University of Florence, Italy | Mechanical characterization of biological and bio-inspired materials |
| Stein, David | Flatiron Institute, United States of America | Collective mechanics of cellular scale processes Presenter
Collective mechanics of cellular scale processes |
| Steinmann, Paul | University of Glasgow, United Kingdom;
Universität Erlangen-Nürnberg, Germany | Continuum biomechanics of active biological systems
Modeling bone’s response to mechanical signals |
| Stewart, Peter S. | University of Glasgow, United Kingdom | Collective mechanics of cellular scale processes |
| Stoegner, Alexander | Medical University of Vienna, Austria | Additive manufacturing in the hospital setting: challenges, obstacles, and outlook |
| Stoffel, Marcus | RWTH Aachen University, Germany | Continuum biomechanics of active biological systems |
| Stojanovic, Boban | University of Kragujevac, Serbia;
Bioengineering Research and Development Center (BioIRC), Serbia | Integrating machine learning and multiscale modeling - advances, challenges and future possibilities |
| Strassl, Andreas | Medical University of Vienna, Austria | Additive manufacturing in the hospital setting: challenges, obstacles, and outlook |
| Sturdy, Jacob | Norwegian University of Science and Technology, Norway;
NTNU, Norway | Inverse modeling and uncertainty quantification in biomechanics
Inverse modeling and uncertainty quantification in biomechanics Presenter
Inverse modeling and uncertainty quantification in biomechanics |
| Suchý, Tomáš | Czech Academy of Sciences, Czech Republic | Mechanical characterization of biological and bio-inspired materials |
| Suditsch, Marlon | University of Stuttgart, Germany | Computational cancer mechanobiology: from cell-based models to continuum models Presenter |
| Synek, Alexander | TU Wien, Austria | Computational biomechanics in orthopedics Presenter |
