AbstractEfficient integration techniques are developed for a class of integrals over finite elements bounded by two straight sides and a parabolic arc. The techniques can be used to speed up the evaluation of the element matrices for both high order transformation bases and for isoparametric bases
This paper concentrates on some analytical integration formulas of rational functions having higher ...
This paper presents a numerical integration formula for the evaluation of where and is any curved do...
Several finite element techniques used in domains with curved boundaries are discussed and compared,...
AbstractA numerical comparison is made between the quadratic isoparametric transformation method and...
AbstractThe use of rectangular isoparametric elements in finite element analysis of second-order bou...
AbstractA method is proposed for the evaluation of integrals that occur in the calculation of stiffn...
Several finite element techniques used in domains with curved boundaries are discussed and compared,...
AbstractThe use of isoparametric finite elemts in solving three-dimensional problems typically requi...
This paper is concerned with explicit formulae for computing integrals of rational functions of biva...
AbstractIn this paper, construction of rational basis functions for curved elements is reviewed, som...
AbstractA conforming polynomial second order basis for the three sided two-dimensional finite elemen...
This paper is concerned with curved boundary triangular elements having one curved side and two stra...
In this article, a black-box higher order fast multipole method for solving boundary integral equati...
A high-order accurate numerical quadrature algorithm is presented for the evaluation of integrals ov...
summary:In contradistinction to former results, the error bounds introduced in this paper are given ...
This paper concentrates on some analytical integration formulas of rational functions having higher ...
This paper presents a numerical integration formula for the evaluation of where and is any curved do...
Several finite element techniques used in domains with curved boundaries are discussed and compared,...
AbstractA numerical comparison is made between the quadratic isoparametric transformation method and...
AbstractThe use of rectangular isoparametric elements in finite element analysis of second-order bou...
AbstractA method is proposed for the evaluation of integrals that occur in the calculation of stiffn...
Several finite element techniques used in domains with curved boundaries are discussed and compared,...
AbstractThe use of isoparametric finite elemts in solving three-dimensional problems typically requi...
This paper is concerned with explicit formulae for computing integrals of rational functions of biva...
AbstractIn this paper, construction of rational basis functions for curved elements is reviewed, som...
AbstractA conforming polynomial second order basis for the three sided two-dimensional finite elemen...
This paper is concerned with curved boundary triangular elements having one curved side and two stra...
In this article, a black-box higher order fast multipole method for solving boundary integral equati...
A high-order accurate numerical quadrature algorithm is presented for the evaluation of integrals ov...
summary:In contradistinction to former results, the error bounds introduced in this paper are given ...
This paper concentrates on some analytical integration formulas of rational functions having higher ...
This paper presents a numerical integration formula for the evaluation of where and is any curved do...
Several finite element techniques used in domains with curved boundaries are discussed and compared,...