Soft tissue deformation is often modelled using incompressible non-linear elasticity, with solutions computed using the finite element method. There are a range of options available when using the finite element method, in particular the polynomial degree of the basis functions used for interpolating position and pressure, and the type of element making LIP the mesh. The effect of these choices oil the accuracy of the computed Solution is investigated, using a selection of model prob
We propose an efficient numerical algorithm for computing deformations of “very ” soft tissues (such...
Objective: To obtain an optimized method of providing hyperelastic parameters of soft tissue, and to...
International audienceMany applications in biomedical engineering and surgical simulators require ef...
Soft tissue deformation is often modelled using incompressible non-linear elasticity, with solutions...
Soft tissue deformation is often modelled using incompressible nonlin-ear elasticity, with solutions...
Soft tissue deformation is often modelled using incompressible nonlinear elasticity, with solutions ...
Soft tissue deformation is often modelled using incompressible nonlinear elasticity, with solutions ...
Abstract − There are a number of algorithms for interactively modeling deformable objects, such as s...
An accurate biomechanical model, coupled with an accurate solution of the governing differential equ...
Abstract. Realistic deformation of computer-simulated anatomical structures is computationally inten...
International audienceThis chapter presents different algorithms for modeling soft tissue deformatio...
International audienceNew surgical techniques require fine control from the surgeon's point of view....
This study seeks to simulate soft tissue behavior with a custom finite element analysis. It is the e...
International audienceWe present here a new approach based on a 3D finite element software and nonli...
International audienceLaparoscopy is a surgical technique that requires fine control from the surgeo...
We propose an efficient numerical algorithm for computing deformations of “very ” soft tissues (such...
Objective: To obtain an optimized method of providing hyperelastic parameters of soft tissue, and to...
International audienceMany applications in biomedical engineering and surgical simulators require ef...
Soft tissue deformation is often modelled using incompressible non-linear elasticity, with solutions...
Soft tissue deformation is often modelled using incompressible nonlin-ear elasticity, with solutions...
Soft tissue deformation is often modelled using incompressible nonlinear elasticity, with solutions ...
Soft tissue deformation is often modelled using incompressible nonlinear elasticity, with solutions ...
Abstract − There are a number of algorithms for interactively modeling deformable objects, such as s...
An accurate biomechanical model, coupled with an accurate solution of the governing differential equ...
Abstract. Realistic deformation of computer-simulated anatomical structures is computationally inten...
International audienceThis chapter presents different algorithms for modeling soft tissue deformatio...
International audienceNew surgical techniques require fine control from the surgeon's point of view....
This study seeks to simulate soft tissue behavior with a custom finite element analysis. It is the e...
International audienceWe present here a new approach based on a 3D finite element software and nonli...
International audienceLaparoscopy is a surgical technique that requires fine control from the surgeo...
We propose an efficient numerical algorithm for computing deformations of “very ” soft tissues (such...
Objective: To obtain an optimized method of providing hyperelastic parameters of soft tissue, and to...
International audienceMany applications in biomedical engineering and surgical simulators require ef...