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Tangential fields in mathematical model of optical diffraction

Krček, Jiří, Vlček, Jaroslav (2015)

Programs and Algorithms of Numerical Mathematics

We present the formulation of optical diffraction problem on periodic interface based on vector tangential fields, for which the system of boundary integral equations is established. Obtained mathematical model is numerically solved using boundary element method and applied to sine interface profile.

The approximate solution of nonlinear singular integro-differential equations.

M. H. Saleh, S. M. Amer (1990)

Collectanea Mathematica

This paper concerns the sufficient conditions for the applicability of the Newton-Kantorovich method to nonlinear singular integro-differential equation with Hilbert Kernel.

The combination of approximate solutions for accelerating the convergence

Lin Qun, Lu Tao (1984)

ESAIM: Mathematical Modelling and Numerical Analysis - Modélisation Mathématique et Analyse Numérique

The Convergence of a Direct BEM for the Plane Mixed Boundary Value Problem of the Laplacian.

G. Schmidt, H. Strese (1989)

Numerische Mathematik

The Convergence of Even Degree Spline Collocation Solution for Potential Problems in Smooth Domains of the Plane.

J. Saranen (1988)

Numerische Mathematik

The Convergence of Nyström Methods for Wiener-Hopf Equations.

G.A. Chandler, I.G. Graham (1987/1988)

Numerische Mathematik

The Convergence of Spline Collocation for Strongly Elliptic Equations on Curves.

Douglas N. Arnold, W.L. Wendland (1985)

Numerische Mathematik

The dicretization of neutral functional integro-differential equations by collocation methods.

Brunner, H. (1999)

Zeitschrift für Analysis und ihre Anwendungen

The Fast Fourier Transform and the Numerical Solution of One-Dimensional Boundary Integral Equations.

U. Lamp, K.-T. Schleicher, W. Wendland (1985)

Numerische Mathematik

The finite element method for ill-posed problems

Frank Natterer (1977)

ESAIM: Mathematical Modelling and Numerical Analysis - Modélisation Mathématique et Analyse Numérique

The Gauss center research in multiscale scientific computation.

Brandt, Achi (1997)

ETNA. Electronic Transactions on Numerical Analysis [electronic only]

The iteration process for the nonlinear two-dimensional oscillation problem.

Odisharia, V., Peradze, J., Peradze, L. (2007)

Bulletin of TICMI

The $L^{2}$ -optimal convolving functions in reconstruction convolution algorithms

František Matúš (1987)

Kybernetika

The monotone iterative technique for three-point second-order integrodifferential boundary value problems with $p$ -Laplacian.

Ahmad, Bashir, Nieto, Juan J. (2007)

Boundary Value Problems [electronic only]

Currently displaying 1 – 20 of 28

Page 1 Next

Displaying 1 – 20 of 28

Tangential fields in mathematical model of optical diffraction

The approximate solution of nonlinear singular integro-differential equations.

The combination of approximate solutions for accelerating the convergence

The Convergence of a Direct BEM for the Plane Mixed Boundary Value Problem of the Laplacian.

The Convergence of Even Degree Spline Collocation Solution for Potential Problems in Smooth Domains of the Plane.

The Convergence of Nyström Methods for Wiener-Hopf Equations.

The Convergence of Spline Collocation for Strongly Elliptic Equations on Curves.

The dicretization of neutral functional integro-differential equations by collocation methods.

The Fast Fourier Transform and the Numerical Solution of One-Dimensional Boundary Integral Equations.

The finite element method for ill-posed problems

The Gauss center research in multiscale scientific computation.

The iteration process for the nonlinear two-dimensional oscillation problem.

The $L^{2}$ -optimal convolving functions in reconstruction convolution algorithms

The monotone iterative technique for three-point second-order integrodifferential boundary value problems with $p$ -Laplacian.

The numerical decision of one problem of dispersion with application of zero functions of Lezhandra.

The Numerical Solution of Fredholm Integral Equations of the Second Kind with Singular Kernels.

The numerical solution of Volterra integro-functional equations

The solution of integral equations on an analog computer

The stability of collocation methods for higher-order Volterra integro-differential equations.

The stability of collocation methods for VIDEs of second order.

Currently displaying 1 – 20 of 28