Real‐time biomechanics using the finite element method and machine learning: Review and perspective von Phellan, Renzo, Hachem, Bahe, Clin, Julien, Mac‐Thiong, Jean‐Marc, Duong, Luc

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Real-time prediction of postoperative spinal shape with machine learning models trained on finite element biomechanical simulations von Phellan Aro, Renzo, Hachem, Bahe, Clin, Julien, Mac-Thiong, Jean-Marc, Duong, Luc

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Porcine spine finite element model: a complementary tool to experimental scoliosis fusionless instrumentation von Hachem, Bahe, Aubin, Carl-Eric, Parent, Stefan

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Apical stress redistribution during anterior vertebral body tethering for thoracic adolescent idiopathic scoliosis: a finite element analysis of a novel surgical technique von Mac-Thiong, Jean-Marc, Hachem, Bahe, Clin, Julien, Le Naveaux, Franck, Parent, Stefan

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Local Epiphyseal Growth Modulation for the Early Treatment of Progressive Scoliosis: Experimental Validation Using a Porcine Model von Hachem, Bahe, Aubin, Carl-Eric, Parent, Stefan

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Finite element assessment of a disc-replacement implant for treating scoliotic deformity von Taleghani, Eric, Singh, Alexander, Hachem, Bahe, Benoit, David, Rustagi, Rohit, Vithoulkas, George, Mac-Thiong, Jean-Marc, Syed, Hasan

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Mechanobiological analysis of porcine spines instrumented with intra-vertebral staples von Jaramillo, Alejandra Mejia, Aubin, Carl-Éric, Hachem, Bahe, Londono, Irene, Pelletier, Juliette, Parent, Stefan, Villemure, Isabelle

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Method of surgical perforation via the delivery of energy von Hartley, Amanda, Shah, Krishan, Urbanski, John Paul, Visram, Naheed, Hachem, Bahe, Davies, Gareth, DiCicco, Matthew Paul Joseph, Baylis, Frank

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Method of surgical perforation via the delivery of energy von Hartley Amanda, DiCicco Matthew Paul Joseph, Urbanski John Paul, Shah Krishan, Visram Naheed, Hachem Bahe, Baylis Frank, Davies Gareth

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