Comparative finite-element analysis: a single computational modelling method can estimate the mechanical properties of porcine and human vertebrae

por Robson Brown, K., Tarsuslugil, S., Wijayathunga, V. N., Wilcox, R. K.
Publicado 2014

Examination of an in vitro methodology to evaluate the biomechanical performance of nucleus augmentation in axial compression

por Sikora, Sebastien NF, Miles, Danielle E, Tarsuslugil, Sami, Mengoni, Marlène, Wilcox, Ruth K
Publicado 2018

Development of calcium phosphate cement for the augmentation of traumatically fractured porcine specimens using vertebroplasty

por Tarsuslugil, Sami M., O’Hara, Rochelle M., Dunne, Nicholas J., Buchanan, Fraser J., Orr, John F., Barton, David C., Wilcox, Ruth K.
Publicado 2013

Experimental and Computational Approach Investigating Burst Fracture Augmentation Using PMMA and Calcium Phosphate Cements

por Tarsuslugil, Sami M., O’Hara, Rochelle M., Dunne, Nicholas J., Buchanan, Fraser J., Orr, John F., Barton, David C., Wilcox, Ruth K.
Publicado 2014

Methodology to Produce Specimen-Specific Models of Vertebrae: Application to Different Species

por Zapata-Cornelio, Fernando Y., Day, Gavin A., Coe, Ruth H., Sikora, Sebastien N. F., Wijayathunga, Vithanage N., Tarsuslugil, Sami M., Mengoni, Marlène, Wilcox, Ruth K.
Publicado 2017