SCORRETTI, Riccardo
SCORRETTI, Riccardo
DIPARTIMENTO DI INGEGNERIA
A critical comparison of formulations for the computation of induced ELF fields into the in human body
2011 Lelong, Thomas; Thomas, Pierre; Magne, Isabelle; Scorretti, Riccardo; Burais, Noël
A novel approach for parallel electroporation of spheroids entrapped in hydrogels
2019 Marchalot, Julien; Hanni, Maxime; Frénéa-Robin, Marie; Franqueville, Laure; Voyer, Damien; Poignard, Clair; Scorretti, Riccardo; Rivière, Charlotte
A survey of parallel solvers for the finite element method in computational electromagnetics
2004 Butrylo, B.; Musy, F.; Nicolas, L.; Perrussel, R.; Scorretti, R.; Vollaire, C.
Algorithms to reduce the computational cost of vector Preisach model in view of Finite Element analysis
2022 Scorretti, R.; Riganti-Fulginei, F; Laudani, A; Quandam, S
An algorithm for posturing computational phantoms
2018 Scorretti, R.
An analytical formula to identify the parameters of the energy-based hysteresis model
2022 Scorretti, R.; Sixdenier, F.
Analysis of Numerical Artifacts Using Tetrahedral Meshes in Low Frequency Numerical Dosimetry
2022 Gubernati, A. C.; Freschi, F.; Giaccone, L.; Scorretti, R.
Animated post-processing of electromagnetic results
2006 Fabregue, O.; Nicolas, L.; Scorretti, R.; Burais, N.
Apport du séquençage massif à l'étude de la diversité et du fonctionnement des communautés bactériennes
2009 Navarro, Elisabeth; Scorretti, Riccardo; Vogel, Timothy M; Simonet, Pascal
Approche alternative à l'homogénéisation pour la modélisation des empilements de tôles--le cas harmonique linéaire
2017 Krähenbühl, Laurent; Scorretti, Riccardo; Perrussel, Ronan; Dular, Patrick
Benchmarks for computing induced currents in the human body by ELF electric and magnetic fields
2009 Ducreux, Jean-Pierre; Guillot, Yves; Thomas, Pierre; Burais, Noël; Scorretti, Riccardo
Bottom-up assembly of cells in flow with dielectrophoresis
2018 Cottet, Jonathan; Fabrègue, Olivier; Marchalot, Julien; Scorretti, Riccardo; Buret, François; Frénéa-Robin, Marie; Renaud, Philippe
Caractérisation numérique et expérimentale du champ magnétique B.F. généré par des systèmes électrotechniques en vue de la modélisation des courants induits dans le corps humain
2003 Scorretti, Riccardo
Champs électromagnétiques et enjeux de santé
2017 Scorretti, Riccardo
Comparaison de deux méthodes éléments finis pour la prise en compte de détails. Exemple simple sur un problème de conduction
2008 Perrussel, Ronan; Dular, Patrick; Scorretti, Riccardo
COMPARATIVE ANALYSIS OF MICROARRAY, RISA AND SEQUENCING APPROACHES FOR MICROBIAL COMMUNITY ANALYSES
2009 Cecillon, Sébastien; Navarro, Elisabeth; Scorretti, Riccardo; Monier, Jean-Michel; Faugier, Aurélie; Fall, Saliou; Malandain, Cédric; David, Maude M.; Simonet, Pascal; Vogel, Timothy M
Comparative analysis of microarray, RISA and sequencing approaches for microbial community analysis
2009 Cecillon, Sébastien; Navarro, Elisabeth; Scorretti, Riccardo; Monier, Jean-Michel; Faugier, Aurélie; Fall, Saliou; Malandain, Cédric; David, Maude M.; Simonet, Pascal; Vogel, Timothy M
Comparison of identification protocols of a static hysteresis model
2019 Longhitano, Maria Roberta; Sixdenier, Fabien; Scorretti, Riccardo; Geuzaine, Christophe; Henrotte, François; Krahënbühl, Laurent
Comparison of identification protocols of a static hysteresis model
2019 Longhitano, M. -R.; Sixdenier, F.; Scorretti, R.; Geuzaine, C.; Henrotte, F.; Krahenbuhl, L.
Computation of induced fields into the human body by dual finite element formulations
2012 Scorretti, R.; Sabariego, R. V.; Morel, L.; Geuzaine, C.; Burais, N.; Nicolas, L.
| Titolo | Data di pubblicazione | Autore(i) | File |
|---|---|---|---|
| A critical comparison of formulations for the computation of induced ELF fields into the in human body | 2011 | Lelong, Thomas; Thomas, Pierre; Magne, Isabelle; Scorretti, Riccardo; Burais, Noël | |
| A novel approach for parallel electroporation of spheroids entrapped in hydrogels | 2019 | Marchalot, Julien; Hanni, Maxime; Frénéa-Robin, Marie; Franqueville, Laure; Voyer, Damien; Poignard, Clair; Scorretti, Riccardo; Rivière, Charlotte | |
| A survey of parallel solvers for the finite element method in computational electromagnetics | 2004 | Butrylo, B.; Musy, F.; Nicolas, L.; Perrussel, R.; Scorretti, R.; Vollaire, C. | |
| Algorithms to reduce the computational cost of vector Preisach model in view of Finite Element analysis | 2022 | Scorretti, R.; Riganti-Fulginei, F; Laudani, A; Quandam, S | |
| An algorithm for posturing computational phantoms | 2018 | Scorretti, R. | |
| An analytical formula to identify the parameters of the energy-based hysteresis model | 2022 | Scorretti, R.; Sixdenier, F. | |
| Analysis of Numerical Artifacts Using Tetrahedral Meshes in Low Frequency Numerical Dosimetry | 2022 | Gubernati, A. C.; Freschi, F.; Giaccone, L.; Scorretti, R. | |
| Animated post-processing of electromagnetic results | 2006 | Fabregue, O.; Nicolas, L.; Scorretti, R.; Burais, N. | |
| Apport du séquençage massif à l'étude de la diversité et du fonctionnement des communautés bactériennes | 2009 | Navarro, Elisabeth; Scorretti, Riccardo; Vogel, Timothy M; Simonet, Pascal | |
| Approche alternative à l'homogénéisation pour la modélisation des empilements de tôles--le cas harmonique linéaire | 2017 | Krähenbühl, Laurent; Scorretti, Riccardo; Perrussel, Ronan; Dular, Patrick | |
| Benchmarks for computing induced currents in the human body by ELF electric and magnetic fields | 2009 | Ducreux, Jean-Pierre; Guillot, Yves; Thomas, Pierre; Burais, Noël; Scorretti, Riccardo | |
| Bottom-up assembly of cells in flow with dielectrophoresis | 2018 | Cottet, Jonathan; Fabrègue, Olivier; Marchalot, Julien; Scorretti, Riccardo; Buret, François; Frénéa-Robin, Marie; Renaud, Philippe | |
| Caractérisation numérique et expérimentale du champ magnétique B.F. généré par des systèmes électrotechniques en vue de la modélisation des courants induits dans le corps humain | 2003 | Scorretti, Riccardo | |
| Champs électromagnétiques et enjeux de santé | 2017 | Scorretti, Riccardo | |
| Comparaison de deux méthodes éléments finis pour la prise en compte de détails. Exemple simple sur un problème de conduction | 2008 | Perrussel, Ronan; Dular, Patrick; Scorretti, Riccardo | |
| COMPARATIVE ANALYSIS OF MICROARRAY, RISA AND SEQUENCING APPROACHES FOR MICROBIAL COMMUNITY ANALYSES | 2009 | Cecillon, Sébastien; Navarro, Elisabeth; Scorretti, Riccardo; Monier, Jean-Michel; Faugier, Aurélie; Fall, Saliou; Malandain, Cédric; David, Maude M.; Simonet, Pascal; Vogel, Timothy M | |
| Comparative analysis of microarray, RISA and sequencing approaches for microbial community analysis | 2009 | Cecillon, Sébastien; Navarro, Elisabeth; Scorretti, Riccardo; Monier, Jean-Michel; Faugier, Aurélie; Fall, Saliou; Malandain, Cédric; David, Maude M.; Simonet, Pascal; Vogel, Timothy M | |
| Comparison of identification protocols of a static hysteresis model | 2019 | Longhitano, Maria Roberta; Sixdenier, Fabien; Scorretti, Riccardo; Geuzaine, Christophe; Henrotte, François; Krahënbühl, Laurent | |
| Comparison of identification protocols of a static hysteresis model | 2019 | Longhitano, M. -R.; Sixdenier, F.; Scorretti, R.; Geuzaine, C.; Henrotte, F.; Krahenbuhl, L. | |
| Computation of induced fields into the human body by dual finite element formulations | 2012 | Scorretti, R.; Sabariego, R. V.; Morel, L.; Geuzaine, C.; Burais, N.; Nicolas, L. |