Sentence examples for paths are compared from inspiring English sources

The results obtained for various strain paths are compared and contrasted with respect to conventional rolling.

The computed equilibrium paths are compared to benchmark results using the commercial finite element package ABAQUS, and strong asymptotic solutions of the differential equations.

Secondly, the predicted stress strain paths are compared to their experimentally determined counterparts as well as to paths predicted by other models.

In order to accelerate the solution procedure, the parameters affecting the accuracy and efficiency of the method are studied and two contour paths are compared.

All theoretical considerations are demonstrated using two numerical examples for which the resulting reaction forces, energy evolutions, and crack paths are compared to those of the direct numerical simulations.

The observed reaction paths are compared with well-known models describing the amorphization by solid-state reaction in binary systems, suggesting that dislocation pipe diffusion plays a decisive role for intermixing the elements and promoting amorphization.

Temporal and spatial characteristics of scan paths were compared for each patient group and picture type.

The experimentally evaluated crack paths were compared with those predicted by numerical calculations.

Real distance frequency characteristics (DFC) of the paths were compared to DFC calculated on the basis of International Reference Ionosphere (IRI) model.

The generation of multiple paths is compared between the single-source as shown in Fig. 15 and multiple-source scenarios as seen in Fig. 16.

The observed paths were compared to the corresponding time series of simulated realizations of the generalized Waring process over the same time segment.