Inverse-FEM characterization of a brain tissue phantom to simulate compression and indentation
E Mesa-Múnera, JF Ramírez–Salazar… - Ingeniería y …, 2012 - repository.eafit.edu.co
The realistic simulation of tool-tissue interactions is necessary for the development of
surgical simulators and one of the key element for it realism is accurate bio-mechanical …
surgical simulators and one of the key element for it realism is accurate bio-mechanical …
Physically-based 6-DoF Nodes Deformable Models: Application to Connective Tissues Simulation and Soft-Robots Control
J Bosman - 2015 - inria.hal.science
The medical simulation is an increasingly active research field. Yet, despite the promising
advance observed over the past years, the complete virtual patient's model is yet to come …
advance observed over the past years, the complete virtual patient's model is yet to come …
[HTML][HTML] Caracterización de tejido cerebral artificial utilizando Inverse-FEM para simular indentación y comprensión
E Mesa-Múnera, JF Ramírez-Salazar… - Ingeniería y …, 2012 - scielo.org.co
Una simulación realista de la interacción tejido-herramienta es necesaria para desarrollar
simuldores quirúrgicos, y la presición en modelos biomecánicos de tejidos es determinante …
simuldores quirúrgicos, y la presición en modelos biomecánicos de tejidos es determinante …