Sentence examples for model problems with from inspiring English sources

The SV method is tested for both linear and nonlinear model problems with and without discontinuities.

This is done in the framework of one-dimensional steady-state model problems with periodic boundary conditions.

The signal for diffusion weighted magnetic resonance imaging has previously been represented analytically and simulated numerically for a variety of model problems with idealized geometries.

This paper reports the use of simulated annealing to design more efficient fuzzy logic systems to model problems with associated uncertainties.

Fundamental properties of the SV method are studied and high-order accuracy is demonstrated for several model problems with and without discontinuities.

Applications of the composite grid method to various model problems with complex geometry are used to illustrate the characteristics of the present procedure.

To begin, we discuss a model problem (with nonlinear cross section feedback) and its justification.

Some stability analyses of the schemes are presented for the model problem with constant coefficients.

The accuracy of the linearization is verified by the use of a model problem with an exact solution.

The performance of the method is investigated by solving a model problem with simple but nonsmooth kernels.

The ingredients of the paper are illustrated on a model problem with the Burgers equation with control and on a constrained aerodynamic performance analysis problem.