Sentence examples for solution of accuracy from inspiring English sources

This kind of multiscale method can efficiently provide solution of accuracy on both scales without any restrictive assumptions as analytical approximation method.

The method always produces a finite impulse response solution of accuracy increasing with the matrix model dimension (the parameter N in the Appendix 1).

The solution of the free behaviour is obtained through a formulation similar to Hill's infinite determinant, whose truncated forms yield an approximated solution of accuracy increasing with the number of harmonics which are retained.

It is shown that the current procedure can provide solutions of accuracy being at least as good as those obtained using existing finite element limit analysis, while less computational effort is used.

Comparisons of numerical results to available experimental data show that the formulated model provides a solution of acceptable accuracy despite some uncertainty in material properties and boundary and initial conditions.

Since the new target finite element mesh could result in a finite element solution of desired accuracy, the finite element solutions so obtained can be used for structural design in engineering practice.

A numerical solution of high accuracy is obtained for the large Reynolds number, thin film flow over a horizontal flat plate, cylinders and spheres resulting from a vertical jet of liquid falling on the surface.

Table 6 Comparison between the single-mode solutions and the adaptive solution in terms of accuracy and area under curve (AUC)   Average accuracy MAUC S1 84.21 % 0.9523 S4 79.90 % 0.8536 Adaptive solution 91.39 % 0.9678.

ENO2 and the hybrid scheme with the limiter MM1 produce numerical solutions of comparable accuracy.

This leads to the use of an optimal-order absorbing boundary condition that results in solutions of desired accuracy.

We use simplified approximations of spherical harmonics to obtain approximate solutions of high accuracy in optically thick regimes.