AbstractModified quasi-interpolatory splines are used for the numerical solution of the generalized Prandtl equation. A Nyström type method is applied, based on inserting in the integral equation a modified quasi-interpolatory spline instead of the unknown function. The integral equation can then be solved by collocation and evaluation of suitable Cauchy principal value integrals. Necessary conditions have been established for demonstrating that the approximate solution of the equation converges to the true solution
The paper deals with an integral equation arising from a problem in mathematical biology. We propose...
AbstractA method based on piecewise cubic interpolatory polynomials for the numerical solution of si...
We propose a new quadrature rule for Cauchy principal value integrals, based on quadratic spline qua...
AbstractModified quasi-interpolatory splines are used for the numerical solution of the generalized ...
AbstractConvergence results are proved for Cauchy principal value integrals of the Schoenberg variat...
AbstractWe consider a method based on projector-splines for the numerical solution of the Prandtl eq...
Abstract. In this paper we consider quasi-interpolatory spline operators that satisfy some interpola...
AbstractIn this paper, we propose an algorithm supporting an approximation using quasi-interpolatory...
In this paper, we propose and justify a spline-collocation method with first-order splines for appro...
Abstract: We discuss solvability properties of a nonlinear hypersingular integral equation of Prand...
AbstractIn this paper we prove the uniform convergence of some quadrature formulas based on spline a...
In order to solve Prandtl-type equations we propose a collocation-quadrature method based on de la V...
Abstract: Collocation and quadrature methods for singular integro-differential equations of Prandtl'...
Abstract: An integro-differential equation of Prandtl's type and a collocation method as well as a c...
International audienceIn this paper, we present a class of quadrature rules with endpoint correction...
The paper deals with an integral equation arising from a problem in mathematical biology. We propose...
AbstractA method based on piecewise cubic interpolatory polynomials for the numerical solution of si...
We propose a new quadrature rule for Cauchy principal value integrals, based on quadratic spline qua...
AbstractModified quasi-interpolatory splines are used for the numerical solution of the generalized ...
AbstractConvergence results are proved for Cauchy principal value integrals of the Schoenberg variat...
AbstractWe consider a method based on projector-splines for the numerical solution of the Prandtl eq...
Abstract. In this paper we consider quasi-interpolatory spline operators that satisfy some interpola...
AbstractIn this paper, we propose an algorithm supporting an approximation using quasi-interpolatory...
In this paper, we propose and justify a spline-collocation method with first-order splines for appro...
Abstract: We discuss solvability properties of a nonlinear hypersingular integral equation of Prand...
AbstractIn this paper we prove the uniform convergence of some quadrature formulas based on spline a...
In order to solve Prandtl-type equations we propose a collocation-quadrature method based on de la V...
Abstract: Collocation and quadrature methods for singular integro-differential equations of Prandtl'...
Abstract: An integro-differential equation of Prandtl's type and a collocation method as well as a c...
International audienceIn this paper, we present a class of quadrature rules with endpoint correction...
The paper deals with an integral equation arising from a problem in mathematical biology. We propose...
AbstractA method based on piecewise cubic interpolatory polynomials for the numerical solution of si...
We propose a new quadrature rule for Cauchy principal value integrals, based on quadratic spline qua...