Add to ORKGIn numerical simulations, the transfer of fields between the different meshes is a key step. Interpolation is probably the most popular method for transferring data between meshes. Actually, it must ensure the consistency, the continuity and the accuracy of the solutions among the meshes. We present in this research report several conservative interpolation methods from a donor mesh to a target mesh. We start by introducing the basics of the transfer of fields, then we present the common mapping methods used nowadays and finally we give a detailed comparative study of the conservative interpolation methods found in the literature
A common issue of loose coupling of multi-physics simulations arises from the necessity to analyse t...
A common issue of loose coupling of multi-physics simulations arises from the necessity to analyse t...
In this article an investigation of possible coupling strategies for large numerical models in fluid...
In numerical simulations, the transfer of fields between the different meshes is a key step. Interpo...
The need for remeshing when computing flow problems in domains suffering large deformations has moti...
This is the peer reviewed version of the following article: [Pont, A., Codina, R., and Baiges, J. (2...
A multivariate interpolation scheme, using radial basis functions, is presented, which results in a ...
This is the peer reviewed version of the following article: [Pont, A., Codina, R., and Baiges, J. (2...
In fluid-structure interaction simulations the meshes at the fluid-structure interface usually do no...
Abstract. In fluid-structure interaction simulations the meshes at the fluid-structure interface usu...
In fluid-structure interaction simulations the meshes at the fluid-structure interface usually do no...
A common issue of loose coupling of multi-physics simulations arises from the necessity to analyse t...
In fluid-structure interaction simulations the meshes at the fluid-structure interface usually do no...
A common issue of loose coupling of multi-physics simulations arises from the necessity to analyse t...
During aeroelastic simulation, forces and displacements must be interpolated between the non-matchin...
A common issue of loose coupling of multi-physics simulations arises from the necessity to analyse t...
A common issue of loose coupling of multi-physics simulations arises from the necessity to analyse t...
In this article an investigation of possible coupling strategies for large numerical models in fluid...
In numerical simulations, the transfer of fields between the different meshes is a key step. Interpo...
The need for remeshing when computing flow problems in domains suffering large deformations has moti...
This is the peer reviewed version of the following article: [Pont, A., Codina, R., and Baiges, J. (2...
A multivariate interpolation scheme, using radial basis functions, is presented, which results in a ...
This is the peer reviewed version of the following article: [Pont, A., Codina, R., and Baiges, J. (2...
In fluid-structure interaction simulations the meshes at the fluid-structure interface usually do no...
Abstract. In fluid-structure interaction simulations the meshes at the fluid-structure interface usu...
In fluid-structure interaction simulations the meshes at the fluid-structure interface usually do no...
A common issue of loose coupling of multi-physics simulations arises from the necessity to analyse t...
In fluid-structure interaction simulations the meshes at the fluid-structure interface usually do no...
A common issue of loose coupling of multi-physics simulations arises from the necessity to analyse t...
During aeroelastic simulation, forces and displacements must be interpolated between the non-matchin...
A common issue of loose coupling of multi-physics simulations arises from the necessity to analyse t...
A common issue of loose coupling of multi-physics simulations arises from the necessity to analyse t...
In this article an investigation of possible coupling strategies for large numerical models in fluid...