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Cui Tao; Leng Wei; Lin Deng; Ma Shichao; Zhang Linbo
Source Publicationnumericalmathematicstheorymethodsandapplications
AbstractThis paper is concerned with the construction of high order mass-lumping finite elements on simplexes and a program for computing mass-lumping finite elements on triangles and tetrahedra. The polynomial spaces for mass-lumping finite elements, as proposed in the literature, are presented and discussed. In particular, the unisolvence problem of symmetric point-sets for the polynomial spaces used in mass-lumping elements is addressed, and an interesting property of the unisolvent symmetric point-sets is observed and discussed. Though its theoretical proof is still lacking, this property seems to be true in general, and it can greatly reduce the number of cases to consider in the computations of mass-lumping elements. A program for computing mass-lumping finite elements on triangles and tetrahedra, derived from the code for computing numerical quadrature rules presented in 7
Document Type期刊论文
Recommended Citation
GB/T 7714
Cui Tao,Leng Wei,Lin Deng,et al. highordermasslumpingfiniteelementsonsimplexes[J]. numericalmathematicstheorymethodsandapplications,2017,10(2):331.
APA Cui Tao,Leng Wei,Lin Deng,Ma Shichao,&Zhang Linbo.(2017).highordermasslumpingfiniteelementsonsimplexes.numericalmathematicstheorymethodsandapplications,10(2),331.
MLA Cui Tao,et al."highordermasslumpingfiniteelementsonsimplexes".numericalmathematicstheorymethodsandapplications 10.2(2017):331.
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