The contribution focuses on the development of a basic computational scheme that provides a suitable calculation environment for the coupling of analytical near-field solutions with numerical standard procedures in the far-field of the singularity. The proposed calculation scheme uses classical methods of complex function theory, which can be generalized to 3-dimensional problems by using the framework of hypercomplex analysis. The adapted approach is mainly based on the factorization of the Laplace operator EMBED Equation.3 by the Cauchy-Riemann operator EMBED Equation.3 , where exact solutions of the respective differential equation are constructed by using an orthonormal basis of holomorphic and anti-holomorphic functions
AbstractIn Li and Liang (1983), the simplified hybrid-combined method is presented for combining the...
A two-step hybrid perturbation-Galerkin method is investigated using computer algebra. The technique...
Abstract: The application of the Galerkin method, using global trial functions which satisfy the bou...
The contribution focuses on the development of a basic computational scheme that provides a suitable...
The contribution focuses on the development of a basic computational scheme that provides a suitable...
The contribution focuses on the development of a basic computational scheme that provides a suitable...
This paper is focused on the first numerical tests for coupling between analytical solution and fini...
This paper is focused on the first numerical tests for coupling between analytical solution and fini...
This paper is focused on the first numerical tests for coupling between analytical solution and fini...
This paper is focused on the first numerical tests for coupling between analytical solution and fini...
The purpose of this paper is to prove an interpolation theorem which arises in a method of coupling ...
In this paper we present error estimates for a continuous coupling of an analytical and a numerical ...
We present algorithms for computing weakly singular and near-singular integrals arising when solving...
We show a continuous Galerkin formulation with high-order polynomials to solve the Helmholtz equatio...
Discontinuous Galerkin (DG) discretizations with exact representation of the geometry and local poly...
AbstractIn Li and Liang (1983), the simplified hybrid-combined method is presented for combining the...
A two-step hybrid perturbation-Galerkin method is investigated using computer algebra. The technique...
Abstract: The application of the Galerkin method, using global trial functions which satisfy the bou...
The contribution focuses on the development of a basic computational scheme that provides a suitable...
The contribution focuses on the development of a basic computational scheme that provides a suitable...
The contribution focuses on the development of a basic computational scheme that provides a suitable...
This paper is focused on the first numerical tests for coupling between analytical solution and fini...
This paper is focused on the first numerical tests for coupling between analytical solution and fini...
This paper is focused on the first numerical tests for coupling between analytical solution and fini...
This paper is focused on the first numerical tests for coupling between analytical solution and fini...
The purpose of this paper is to prove an interpolation theorem which arises in a method of coupling ...
In this paper we present error estimates for a continuous coupling of an analytical and a numerical ...
We present algorithms for computing weakly singular and near-singular integrals arising when solving...
We show a continuous Galerkin formulation with high-order polynomials to solve the Helmholtz equatio...
Discontinuous Galerkin (DG) discretizations with exact representation of the geometry and local poly...
AbstractIn Li and Liang (1983), the simplified hybrid-combined method is presented for combining the...
A two-step hybrid perturbation-Galerkin method is investigated using computer algebra. The technique...
Abstract: The application of the Galerkin method, using global trial functions which satisfy the bou...