Abstract This work provides a preliminary contribution in the context of analytical integrations of strongly and hyper singular kernels in boundary element methods (BEMs) in 3D. It concerns the integral of 1=r3 over a triangle in R3, that plays a fundamental role in BEMs in 3D, especially for the Galerkin implementation. Because the existence of the aforementioned integral depends on the position of the source point, all significant instances of the position of the source point will be considered and detailed. For its interest in the context of BEM, the integral is also considered in the more general sense of finite part of Hadamard
The limiting process that leads to the formulation of hypersingular boundary integral equations is f...
To solve boundary integral equations for potential problems using collocation Boundary Element Metho...
Many boundary element integral equation kernels are based on the Green’s functions of the Laplace an...
The present publication deals with 3D elliptic boundary value problems (potential, Stokes, elasticit...
AbstractWe consider Cauchy singular and Hypersingular boundary integral equations associated with 3D...
In this paper we propose special strategies to compute 1D integrals of functions having weakly or st...
In this paper we propose special strategies to compute 1D integrals of functions having weakly or st...
In this paper we propose an efficient strategy to compute nearly singular integrals over planar tria...
In this paper we propose an efficient strategy to compute nearly singular integrals over planar tria...
AbstractIn this paper we propose an efficient strategy to compute nearly singular integrals over pla...
In this paper, we propose an efficient strategy to compute nearly singular integrals over planar tri...
Algorithms for the direct evaluation of singular Galerkin boundary integrals for three-dimensional a...
AbstractAn accurate and efficient semi-analytic integration technique is developed for three-dimensi...
The article presents a new complex variables-based approach for analytical evaluation of three-dimen...
AbstractIn this paper we propose an efficient strategy to compute nearly singular integrals over pla...
The limiting process that leads to the formulation of hypersingular boundary integral equations is f...
To solve boundary integral equations for potential problems using collocation Boundary Element Metho...
Many boundary element integral equation kernels are based on the Green’s functions of the Laplace an...
The present publication deals with 3D elliptic boundary value problems (potential, Stokes, elasticit...
AbstractWe consider Cauchy singular and Hypersingular boundary integral equations associated with 3D...
In this paper we propose special strategies to compute 1D integrals of functions having weakly or st...
In this paper we propose special strategies to compute 1D integrals of functions having weakly or st...
In this paper we propose an efficient strategy to compute nearly singular integrals over planar tria...
In this paper we propose an efficient strategy to compute nearly singular integrals over planar tria...
AbstractIn this paper we propose an efficient strategy to compute nearly singular integrals over pla...
In this paper, we propose an efficient strategy to compute nearly singular integrals over planar tri...
Algorithms for the direct evaluation of singular Galerkin boundary integrals for three-dimensional a...
AbstractAn accurate and efficient semi-analytic integration technique is developed for three-dimensi...
The article presents a new complex variables-based approach for analytical evaluation of three-dimen...
AbstractIn this paper we propose an efficient strategy to compute nearly singular integrals over pla...
The limiting process that leads to the formulation of hypersingular boundary integral equations is f...
To solve boundary integral equations for potential problems using collocation Boundary Element Metho...
Many boundary element integral equation kernels are based on the Green’s functions of the Laplace an...