Current PhD students:

1. Salvatore Campisi: Longitudinal follow-up of aneurysm growth using 4D MRI and biomechanical analyses, in collaboration with

2. Lucie Derycke: Automatic sizing of aortic stent grafts using numerical simulation, in collaboration with  

3. Federica Galbiati (co-supervision: Claire Morin, within the ITN Project): Patient-specific prediction of aneurysm growth and rupture in the ascending thoracic aorta

4. Beatrice Bisighini (co-supervision: Baptiste Pierrat, Miquel Aguirre, within the ITN Project): Modelling and 3D printing for intracranial aneurysms surgery

5. Rahul Vellaparambil (co-supervision: Woo-Suck Han, within the ITN Project): Simulating endovascular aortic repair towards assessing long-term treatment implications

6. Francesco Bardi (co-supervision: Miquel Aguirre, Sabrina Ben Ahmed, Simona Celi - Fondazione Toscana G. Monasterio, within the ITN Project): Tissue characterization and endovascular aortic repair in a circulatory mock loop

7. Marta Bracco (co-supervision: Alexandre This, Laurence Rouet – Philips, Pier-Paolo Valentini – University of Rome Tor Vergata, within the ITN Project): Personalized Ultrasound-based mechanical characterization of abdominal aortic aneurysm (AAA).

8. Andranik Petrosyan: Elasticity assessment of mitral valve and chordae in mitral valve regurgitation, in collaboration with

9. Ahmet Sen: Machine learning for predicting cerebral blood flow in real time (co-supervision: Miquel AguirreLaurent Navarro).

10. Hamza Zaidi (from University of Lyon, supervisor: Christophe Marquette): 3D bioprinting of skin for regenerative medicine: mechanobiology and stressed culture

11. Bastien Sauty: Computational modelling of Chemo-Mechano-Biology in aortic aneurysms. Cotutelle with University of Rome Tor Vergata (Prof Michele Marino)

12. Alessandra Corvo (co-supervision: Fanette ChassagneAlberto Aliseda): Computational simulation of post-interventional complications following endovascular aneurysm repair.

13. Mateus Américo de Almeida: Patient-specific numerical modeling of the biomechanics of leg lymphedema under elastic compression.

14. Kundry Reibel (co-supervision: Fanette Chassagne, Baptiste Pierrat): Biomechanics of atrial cardiopathies.



Past PhD students:

As Junior Advisor:

1. Hocine CHALAL (2005): Experimental identification of a damage model for composites using the grid technique coupled to the virtual fields method. Now Hocine is assistant Professor at ENSAM Metz (France): 

2. Yannick PANNIER (2006): Identification of elasto-plastic constitutive parameters from statically undetermined tests using the virtual fields method. Now Yannick is assistant professor at ENSMA Poitiers (France):

3. José XAVIER (2007): Experimental approach for stiffness characterization of clear wood using a single test. Now José is assistant professor at Universidade NOVA de Lisboa (Portugal):

4. Bao Qiao GUO (2008): Identification of stiffness and damping material parameters using the virtual fields method. Now BaoQiao is researcher at the Beijing Institute of Technology (China):

5. Jin-Hwan KIM (2008): Identification of damage distribution in impacted composite plates using the virtual fields method. Now Jin is research associate professor at Postech (Korea):

6. The Vinh TRAN (2008): Refined approach for the identification of elasto-plastic constitutive parameters using the virtual fields method. Now Vinh is engineer at Berthold SA (France):


As Senior Advisor:

7. Laura BOUTEN (2009): Identification of mechanical properties of the leg’s constitutive tissues for the mechanical study of the elastic compression. Now Laura is research and development engineer at Decathlon (France):

8. Laura DUBUIS (2011): Measurement of deformations in the calf using MRI and FE modelling of the effects of compression stocking. Now Laura is assistant professor at University of Lyon (France):

9.- Tristan BELZACQ (2012): Modelling of the blood flow in the stenosed carotid: Model updating using velocity profiles measured with MRI

10. Alexandre FRANQUET (2012): Identification of heterogeneous hyperelastic properties of human soft tissues using medical imaging. Now Alexandre is research and development engineer at Microval (France):

11. Nicolas DEMANGET (2012): Optimization of the structure of aortic stent grafts for improving their durability. Now Nicolas is research and development engineer at Depuy (France):

12. Fabien MUNOZ (2013): Intradiscal pressure assessment from a finite element model and radiographs 

13. Pierre-Yves ROHAN (2013): Biomechanical study of veins in the compressed human legs. Now Pierre-Yves is assistant professor at ENSAM Paris (France): 

14. Baptiste PIERRAT (2013): Biomechanical effects of knee orthoses: experimental characterization and modelling. Now Baptiste is research engineer at Mines Saint-Etienne (France):

15. Aaron ROMO (2014): In vivo mechanical properties of the aorta. Now Aaron is research and development engineer at Global D (France):

16. Laurianne IMBERT (2014): Effect of osteoporosis on the mechanical behaviour of the bone tissue

17. Fanny FRAUZIOLS (2015): Elastographic and biomechanical studies of soft tissues of the leg – Application to elastic compression. Now Fanny is research and development engineer at MedTech SA (France):

18. David PERRIN (2015): Patient-specific predictive simulations of endovascular interventions. Now David is CTO of Predisurge

19. Catherine KOLLIA (2016): Characterization of morphological diversity using 3D analyses

20. Ambroise DUPREY (2016): Biomechanical analysis of aneurysms of the ascending thoracic aorta. Now Ambroise is professor at the University of Reims Champagne Ardennes (France).

21. Bilal MEREI (2016): Computational Modeling of Atherosclerotic Plaque Delamination Mechanisms and Rupture. Now Bilal is project manager at Spineway (France):

22. Sareh BEHDADFAR (2017): Image based inverse identification of material parameters in cardiac mechanics. Now Sareh is project manager at AlisPharm (France):

23. Witold KRASNY (2017): Characterization and multiscale modeling of the arterial mechanics. Now Witold is project manager at AlisPharm (France):

24. Phuoc VY (2018): Numerical simulation of aortic valve implantation

25. Sabrina BEN AHMED (2018): Computer fluid dynamics analysis of blood flows in bifurcated stent grafts. Now Sabrina is vascular surgeon at CHU Saint-Etienne (France):

26. Solmaz FARZANEH (2019): Preoperative evaluation of local mechanical properties of aortic aneurysms. Now Solmaz is post-doc at Mines Saint-Etienne (France):

27. Aymeric PIONTECK (2020): Coupling 3D numerical simulations and intraoperative imaging for computer aided endovascular surgery. Now Aymeric is post-doc at Washington University (USA):

28. Mohsen NAKHAEI (2020): Micromechanical approach of remodeling in vascular mechanobiology

29. Nanjappa Manjunathan (2020 – cosupervisor with Magalie Viallon, PhD of University of Lyon):  Quantification of brain perfusion in Magnetic Resonance imaging: methodological developments and simulations. Now Research Engineer at Siemens Healthineers.

30. Lucie Besch Salomon du Mont (2020 – cosupervisor with Simon Rickenbach, PhD of University of Bourgogne Franche Comté):  EVAR treatment of infrarenal abdominal aortic aneurysm. Now Associate Professor (MCUPH) at University of Bourgogne Franche Comté (France).

31. Claudie Petit (2021): Multiscale characterization of proteolytic remodeling and its biomechanical effects in the aortic wall, funded by the Biolochanics ERC grant:

32. Joan Laubrie (2021): Finite-element modeling and patient-specific predictions of the growth and rupture of aneurysms of the ascending thoracic aorta, funded by Now Joan is a post-doc at with Antonio D’Amore.

33. Maria Nicole Antonuccio (2023) (co-supervision: Alexandre This, Laurence Rouet – PhilipsSimona Celi - Fondazione Toscana G. Monasterio, within the ITN Project): Personalized Ultrasound-based hemodynamics simulations in the diseased abdominal aorta

34. Laure Tsimba (2023)  (co-supervision: Miquel Aguirre, collaboration with the Sigvaris company – Study of the correction of static foot disorders on venous return in the case of chronic venous insufficiency

35. Marie Hoarau (2023) (from University of Lyon, supervisor: Romain Debret): Potential biological and mechanical effects on blood vessels of a synthetic elastic protein - Arterylastic project.



Visiting PhD students:

1. Mirunalini Thirugnanasambandam (2018, from UTSA, supervised by Ender Finol): On the use of patient-specific tissue mechanics for abdominal aortic aneurysm wall stress assessment. Now Miru is post doc at TU Eindhoven (Netherlands):

2. Matt Bersi (2018, from Yale University, supervised by Jay Humphrey): regional variations of mechanical properties of mice aortas, development of the virtual fields method. Now Matt Bersi is assistant professor at 

3. Lauranne Maes (2019, from KU Leuven,, supervisor: Nele Famaey): Computation modeling of the role of smooth muscle cells in vascular adaptation

4. Marzio Di Giuseppe (2019-2020, from University of Palermo,, supervisor: Salvatore Pasta): Biomechanics of thoracic aortic aneurysms and dissections. Now researcher at

5. Maxence Maillet (2020, from UTC Compiègne, supervisors : Marie Christine Ho Ba Tho, Olfa Trabelsi) : Characterization of Skeletal Muscle using OCT.

6. Franziska Gantner (2021, from TU Wien, supervisor Aleksandr Ovsianikov): mechanical characterization of hydrogels

7. Ondřej Lisický (2021, from Brno University of Technology, supervisor Jiři Bursa): comparison between digital image correlation and image registration.

8. Alvaro Navarrete Rosales (2022, from University of Santiago de Chile, supervisors Claudio Garcia, Diego Celentano): finite-element modeling of growth and remodeling in soft tissues.

9. Monica Emendi (2022, from University of Rome Tor Vergata and SINTEF, supervisor Thomas Langø): finite-element modeling of guidewire navigation in EVAR interventions.

10. Andre Mourato (2023, from NOVA University Lisbonne, supervisor Jose Xavier): Machine Learning to Improve Computational Modelling of Fluid and Solid Interaction in Ascending Thoracic Aortic Aneurysm.

11. Juan Escobar (2023, from UTC Compiègne, supervisors : Marie Christine Ho Ba Tho, Olfa Trabelsi) : Characterization of Skeletal Muscle using OCT.



Current Post-Doc fellows

1. Aliakbar Karkhaneh (2020-2022), working on finite-element modeling of aortic smooth muscle cells.

2. Felipe Pires (2021-2024), working on the numerical simulation of the transformation of synthetic valve scaffold into a fully functional native tissue within

3. Victor Acosta (2022-2023), working on the KAOMX project, assessing regional variations of mechanical properties in cells and tissues using OCT and DVC.

4. Chloé Techens (2022-2024), working on the QUMIN project funded by EUR Manutech, 3D traction force microscopy of aortic smooth muscle cells.

5. Aratz Garcia Llona (2022-2025), working on a digital twin of the lower limb for compression therapy.

6. Maha Reha (2023-2025), working on modeling lymphatic and venous drainage of the lower limb.

7. Shuangshuang Meng (2023-2024), working on identification of mechanical properties of blood vessels using full-field data in the VSTENT project “Patient-specific simulation for stent deployment from intravascular OCT”.



Past Post-Docs

1. Jin-Hwan Kim (2009-2011), now research associate professor at Postech (Korea):

2. Romain Rieger (2011-2012), now associate professor at Ecole Centrale Lyon (France) :

3. Frances Davis (2013-2015), now post-doc fellow at the University of Southampton (UK) :

4. Olivier Siret (2012-2014), now research and development engineer at ABISS (France):

5. Olfa Trabelsi (2013-2018), now assistant professor at Université de Technologie de Compiègne (France) :

6. Francesca Condemi (2016-2018), now research and development engineer at CORWAVE (France):

7. Jamal Mousavi (2015-2019), now research and development engineer at PREDISURGE:

8. Fanette Chassagne (2018), now assistant professor at Mines Saint-Etienne (France) 

9. Yue Mei (2018-2019), now associate professor at Dalian University of Technology (China) :

10. Miquel Aguirre (2018-2022), now Assistant Professor and María Zambrano Research Fellow at Laboratori de Càlcul Numèric (LaCàN), Universitat Politècnica de Catalunya and International Center for Numerical Methods (Spain) 

11. Ataollah Ghavamian (2019-2020), now research and development engineer at FEOPS (Belgium):

12. Jayendiran Raja (2017-2020), now research and development engineer at STRYKER (India):

13. Solmaz Farzaneh (2018-2020), now post-doc fellow at Mines Saint-Etienne (France):

14. Madge Martin (2020), now CNRS researcher at MSME UMR 8208, Université Paris-Est Créteil Val de Marne (France):

15. Tristan Maquart (2020), worked on mesh reconstruction of aortic models, now post-doc fellow at INSA Lyon (UK) 

16. Shaojie Zhang (2020-2021), worked on numerical simulation of growth and remodeling after EVAR treatment, now research and development engineer at Transvalor SA (France)

17. Baptiste Brun-Cottan (2021), worked on multiscale modeling of mechanobiology in arteries and application to elastin deficiency and repair, now post-doc fellow at University of Toulouse (France).

18. Claudie Petit (2021-2023), worked on mechanobiology of smooth muscle cells and testing tissue engineered grafts and heart valves within



Mentor of Habilitations (qualification for professorship)

1. Pierre Badel (2016)

2. Frédéric Turquier (2020)

3. Claire Morin (2023)