Abstract: Reverse Cuthill McKee (RCM) reordering can be applied to either edges or elements of unstructured meshes (triangular/tetrahedral), in accordance to the respective finite element formulation, to reduce the bandwidth of stiffness matrices. Grid generators are mainly designed for nodal based finite elements. Their output is a list of nodes (2d or 3d) and an array describing element connectivity, be it triangles or tetrahedrons. However, for edge-defined finite element formulations a numbering of the edges is required. Observations are reported for Triangle/Tetgen Delaunay grid generators and for the sparse structure of the assembled matrices in both edge- and element-defined formulations. The RCM is a renumbering algorithm traditiona...
Most finite element methods used nowadays utilize unstructured meshes. These meshes are often very l...
Anisotropic mesh adaptation is a powerful way to directly minimise the computational cost of mesh ba...
Renumbering algorithms commonly in use for the band solver are generally applicable for any kind of ...
Reverse Cuthill McKee (RCM) reordering can be applied to either edges or elements of unstructured me...
This paper proposes a partial refactorization for faster nonlinear analysis based on sparse matrix s...
An algorithm is presented to relabel automatically the nodes of an arbitrary finite-element mesh. Th...
The assembly of sparse matrices is a key operation in finite element methods. In this study we analy...
An interactive graphics software package which allows users to display the non-zero structure of lar...
We propose a new approach to determine the element ordering that minimises the frontwidth in finite ...
We propose a new approach to determine the element ordering that minimises the frontwidth in finite ...
Many real-life applications of processor-arrays suffer from memory bandwidth limitations. In many ca...
Standard representations of irregular finite element meshes combine vertex data (sample coordinates ...
A Finite Element Graph (FEG) is defined here as a nodal graph (G), a dual graph (G*) , or a communi...
This paper proposes a partial refactorization for faster nonlinear analysis based on sparse matrix s...
In Part I of this work, Paulino et a/. ' have presented an algorithm for profile and wavefront ...
Most finite element methods used nowadays utilize unstructured meshes. These meshes are often very l...
Anisotropic mesh adaptation is a powerful way to directly minimise the computational cost of mesh ba...
Renumbering algorithms commonly in use for the band solver are generally applicable for any kind of ...
Reverse Cuthill McKee (RCM) reordering can be applied to either edges or elements of unstructured me...
This paper proposes a partial refactorization for faster nonlinear analysis based on sparse matrix s...
An algorithm is presented to relabel automatically the nodes of an arbitrary finite-element mesh. Th...
The assembly of sparse matrices is a key operation in finite element methods. In this study we analy...
An interactive graphics software package which allows users to display the non-zero structure of lar...
We propose a new approach to determine the element ordering that minimises the frontwidth in finite ...
We propose a new approach to determine the element ordering that minimises the frontwidth in finite ...
Many real-life applications of processor-arrays suffer from memory bandwidth limitations. In many ca...
Standard representations of irregular finite element meshes combine vertex data (sample coordinates ...
A Finite Element Graph (FEG) is defined here as a nodal graph (G), a dual graph (G*) , or a communi...
This paper proposes a partial refactorization for faster nonlinear analysis based on sparse matrix s...
In Part I of this work, Paulino et a/. ' have presented an algorithm for profile and wavefront ...
Most finite element methods used nowadays utilize unstructured meshes. These meshes are often very l...
Anisotropic mesh adaptation is a powerful way to directly minimise the computational cost of mesh ba...
Renumbering algorithms commonly in use for the band solver are generally applicable for any kind of ...