机构:
ENSIEG,LAB ELECTROTECH GRENOBLE,INPG,UJF UMR CNRS 5529,F-38402 ST MARTIN DHER,FRANCEENSIEG,LAB ELECTROTECH GRENOBLE,INPG,UJF UMR CNRS 5529,F-38402 ST MARTIN DHER,FRANCE
Vanti, MG
[1
]
Raizer, A
论文数: 0引用数: 0
h-index: 0
机构:
ENSIEG,LAB ELECTROTECH GRENOBLE,INPG,UJF UMR CNRS 5529,F-38402 ST MARTIN DHER,FRANCEENSIEG,LAB ELECTROTECH GRENOBLE,INPG,UJF UMR CNRS 5529,F-38402 ST MARTIN DHER,FRANCE
Raizer, A
[1
]
Marechal, Y
论文数: 0引用数: 0
h-index: 0
机构:
ENSIEG,LAB ELECTROTECH GRENOBLE,INPG,UJF UMR CNRS 5529,F-38402 ST MARTIN DHER,FRANCEENSIEG,LAB ELECTROTECH GRENOBLE,INPG,UJF UMR CNRS 5529,F-38402 ST MARTIN DHER,FRANCE
Marechal, Y
[1
]
机构:
[1] ENSIEG,LAB ELECTROTECH GRENOBLE,INPG,UJF UMR CNRS 5529,F-38402 ST MARTIN DHER,FRANCE
This paper concerns theory and implementation of p and h-p adaptive versions of finite element method The different procedures of adaptivity and the optimal mesh concept are discussed end a methodology to obtain optimal or quasi optimal meshes with hierarchical elements is presented The error estimator used and the algorithm implemented are also presented. The efficiency is demonstrated in two classical 2D examples. In this examples, we have analysed both cases the regular solution and non regular one, and the meshes obtained during the adaptive processes are compared.