In this work we consider the problem of magnetic resonance imaging (MRI). We propose and formulate a finite element method to handle this problem and present an adaptive algorithm for local mesh refinements. Reconstructions from experimental MR data are shown and used to compare different interpolation techniques
The article presents one of the possible approaches to modeling objects with anisotropic properties ...
This paper addresses the problem of generating three-dimensional (3D) finite element (FE) meshes fro...
This paper describes an algorithm to extract adaptive and quality 3D meshes directly from volumetric...
This work considers a finite element method in combination with balancing principle for a posteriori...
This thesis demonstrates different ways to compute the MRI signal in finite element magnetic resonan...
A method for determining regions of a finite element method to be refined is presented. The calculat...
Magnetic resonance elastography (MRE) is a technique to identify the viscoelastic moduli of biologic...
Magnetic resonance elastography (MRE) is a technique to identify the viscoelastic moduli of biologic...
Abstract – Our work models the reception antenna used in magnetic resonance in order to improve the ...
Abstract. The finite element method (FEM) is well suited for use in the non-rigid registration of ma...
In this paper we evaluate three conceptually different approaches to mesh generation for deformable ...
In this paper we present the Projection Based Interpolation (PBI) technique for construction of cont...
For the needs of computer simulation in the field of biomechanics using the finite element method, a...
Simulation techniques for deformable bodies are of major relevance for a broad range of medical appl...
Three-dimensional (3-D) finite element (FE) modeling in orthopedics biomechanics has gained consider...
The article presents one of the possible approaches to modeling objects with anisotropic properties ...
This paper addresses the problem of generating three-dimensional (3D) finite element (FE) meshes fro...
This paper describes an algorithm to extract adaptive and quality 3D meshes directly from volumetric...
This work considers a finite element method in combination with balancing principle for a posteriori...
This thesis demonstrates different ways to compute the MRI signal in finite element magnetic resonan...
A method for determining regions of a finite element method to be refined is presented. The calculat...
Magnetic resonance elastography (MRE) is a technique to identify the viscoelastic moduli of biologic...
Magnetic resonance elastography (MRE) is a technique to identify the viscoelastic moduli of biologic...
Abstract – Our work models the reception antenna used in magnetic resonance in order to improve the ...
Abstract. The finite element method (FEM) is well suited for use in the non-rigid registration of ma...
In this paper we evaluate three conceptually different approaches to mesh generation for deformable ...
In this paper we present the Projection Based Interpolation (PBI) technique for construction of cont...
For the needs of computer simulation in the field of biomechanics using the finite element method, a...
Simulation techniques for deformable bodies are of major relevance for a broad range of medical appl...
Three-dimensional (3-D) finite element (FE) modeling in orthopedics biomechanics has gained consider...
The article presents one of the possible approaches to modeling objects with anisotropic properties ...
This paper addresses the problem of generating three-dimensional (3D) finite element (FE) meshes fro...
This paper describes an algorithm to extract adaptive and quality 3D meshes directly from volumetric...