Sentence examples for a numerical method based on from inspiring English sources

Golbabai and Javidi[13] developed a numerical method based on Chebyshev polynomials and local interpolating functions for solving one-dimensional parabolic PDEs subject to nonclassical conditions.

A numerical method based on the boundary integral equation is proposed for the point location problem.

Solutions for various problems are found and compared with a numerical method based on impulse variables.

A numerical method based on a boundary integral formulation and a matched asymptotic expansion is developed.

For fibers with arbitrary cross-sections a numerical method based on Gauss quadrature is applied.

A numerical method based on Green's function to handle the vibration characteristics problem of a rotating composite beam is developed.

A numerical method based on asymptotic homogenization theory is presented for the design of lattice materials against fatigue failure.

In this paper we present a numerical method based on oriented splines for the numerical simulation of semi-deformable tubes.

We use a numerical method based on finite-difference analogues of fundamental conservation laws for solving atmospheric hydrodynamic equations.

We construct a numerical method based on this semiclassical approach and validate the model using two numerical examples.

For large periodic excitation a numerical method based on the Floquet theory is used to extend the stability boundaries.