In finite-element computations, one often needs to calculate integrals of products of powers of monomials over simplexes. In this manuscript, we prove a generalisation of the exact integration formula that was reported and proved for two-dimensional simplexes by Holand & Bell in 1969. We extend the proof to n-dimensional simplexes and to simplexes on d-dimensional manifolds in n-dimensional space. The results are used to develop finite-element and boundary-element simulation tools. The proofs of the theorems are based on mathematical induction and coordinate mappings.</p
Abstract—Barycentric coordinates are well known and used in many applications. They are used for a p...
AbstractIn this paper we give a method for construction of cubature formulas, for approximate calcul...
Barycentric coordinates are well known and used in many applications. They are used for a position c...
In finite-element computations, one often needs to calculate integrals of products of powers of mono...
Exact integral computation over a d-simplex in R n for products of powers of its barycentric coordin...
Exact integral computation over a d-simplex in R n for products of powers of its barycentric coordin...
This article considers the technological aspects of the finite volume element method for the numeric...
This article considers the technological aspects of the finite volume element method for the numeric...
We show that integrating a polynomial of degree t on an arbitrary simplex (with respect to Lebesgue ...
This contribution concerns with the construction of a simple and effective technology for the proble...
International audienceWe show that integrating a polynomial of degree t on an arbitrary simplex (wit...
This contribution concerns with the construction of a simple and effective technology for the proble...
International audienceWe show that integrating a polynomial of degree t on an arbitrary simplex (wit...
Abstract. This contribution concerns with the construction of a simple and effective technology for ...
This contribution concerns with the construction of a simple and effective technology for the proble...
Abstract—Barycentric coordinates are well known and used in many applications. They are used for a p...
AbstractIn this paper we give a method for construction of cubature formulas, for approximate calcul...
Barycentric coordinates are well known and used in many applications. They are used for a position c...
In finite-element computations, one often needs to calculate integrals of products of powers of mono...
Exact integral computation over a d-simplex in R n for products of powers of its barycentric coordin...
Exact integral computation over a d-simplex in R n for products of powers of its barycentric coordin...
This article considers the technological aspects of the finite volume element method for the numeric...
This article considers the technological aspects of the finite volume element method for the numeric...
We show that integrating a polynomial of degree t on an arbitrary simplex (with respect to Lebesgue ...
This contribution concerns with the construction of a simple and effective technology for the proble...
International audienceWe show that integrating a polynomial of degree t on an arbitrary simplex (wit...
This contribution concerns with the construction of a simple and effective technology for the proble...
International audienceWe show that integrating a polynomial of degree t on an arbitrary simplex (wit...
Abstract. This contribution concerns with the construction of a simple and effective technology for ...
This contribution concerns with the construction of a simple and effective technology for the proble...
Abstract—Barycentric coordinates are well known and used in many applications. They are used for a p...
AbstractIn this paper we give a method for construction of cubature formulas, for approximate calcul...
Barycentric coordinates are well known and used in many applications. They are used for a position c...