Series : Mechanisms and machine science, ISSN 2211-0984, vol. 24This work overviews an extensive analysis in the context of mechanical characterization of human biomaterials, carried out over a broad set of published experimental data. Focused on main lumbar spine ligaments, several test procedures are exhaustively analyzed, in order to identify possible causes for divergences that have been found in some results. Moreover, guidelines are proposed for da-ta filtering and selection. The main objective of the task was to retrieve trustworthy inputs to a hybrid Finite Element Analysis / Multibody System dynamic simulation model of the human intervertebral disc, which can be used on the prediction of nucleus prosthetics working performance
In computational biomechanics, two separate types of models have been used predominantly to enhance ...
Finite element modelling of the spinal unit is a promising preclinical tool to assess the biomechani...
The aim of this study was to develop a biomechanically validated finite element model to predict the...
Human lumbar spine mechanics are influenced by soft tissue structures. Understanding and properly mo...
Despite the continuing research effort, data regarding the material properties and biomechanical par...
Despite the continuing research effort, data regarding the material properties and biomechanical par...
© International Society for the Advancement of Spine Surgery Background: Biomechanical properties of...
Background Context The contribution of anatomical structures to the stability of the spine is of gr...
Series : Mechanisms and machine science, ISSN 2211-0984, vol. 24A novel 3D multi-body system model o...
BACKGROUND CONTEXT The contribution of anatomical structures to the stability of the spine is of ...
The spine is one of the major organs subject to trauma or genetic problems. Today 30% of people suff...
This dissertation has two major parts; Analytical and Experimental. The analytical section contains ...
Low back pain is a common complaint in people of all ages. The long-term success rates of many surgi...
STUDY DESIGN: A biomechanical human cadaveric study. OBJECTIVE: To create a biomechanical model of l...
Due to its ability to represent intricate systems with material nonlinearities as well as irregular ...
In computational biomechanics, two separate types of models have been used predominantly to enhance ...
Finite element modelling of the spinal unit is a promising preclinical tool to assess the biomechani...
The aim of this study was to develop a biomechanically validated finite element model to predict the...
Human lumbar spine mechanics are influenced by soft tissue structures. Understanding and properly mo...
Despite the continuing research effort, data regarding the material properties and biomechanical par...
Despite the continuing research effort, data regarding the material properties and biomechanical par...
© International Society for the Advancement of Spine Surgery Background: Biomechanical properties of...
Background Context The contribution of anatomical structures to the stability of the spine is of gr...
Series : Mechanisms and machine science, ISSN 2211-0984, vol. 24A novel 3D multi-body system model o...
BACKGROUND CONTEXT The contribution of anatomical structures to the stability of the spine is of ...
The spine is one of the major organs subject to trauma or genetic problems. Today 30% of people suff...
This dissertation has two major parts; Analytical and Experimental. The analytical section contains ...
Low back pain is a common complaint in people of all ages. The long-term success rates of many surgi...
STUDY DESIGN: A biomechanical human cadaveric study. OBJECTIVE: To create a biomechanical model of l...
Due to its ability to represent intricate systems with material nonlinearities as well as irregular ...
In computational biomechanics, two separate types of models have been used predominantly to enhance ...
Finite element modelling of the spinal unit is a promising preclinical tool to assess the biomechani...
The aim of this study was to develop a biomechanically validated finite element model to predict the...