Sentence examples for solution profiling from inspiring English sources

(3) In the main experiment we employed a more informative, but also more laborious solution profiling.

Numerical experiments show clean monotonic solution profiles, with acceptably small conservation error for shocks of weak to moderate strengths.

Numerical results show that the resulting schemes capture steady shock exactly and produce non-oscillatory solution profile with high resolution.

It characterizes the vertical solution profile and serves as a well-defined and experimentally accessible criterion for the regimes of quantitative validity of our analysis.

The resulting solution profiles demonstrate the multidimensional nature of the plasma and illustrate the effects of confining insulating sidewalls and electrode-insulator interfaces.

Some of the diagrams contain isolated high-temperature branches and solution profiles on these branches show a local maximum in the surface temperature.

The test problems demonstrate second-order convergence of the algorithm on smooth solution profiles, and the robust treatment of discontinuous initial data in an IFE-relevant vessel geometry.

Numerical examples demonstrate the reliability of the error estimation and show that the method can solve large problems with bimodal solution profiles.

A generalization of TVD concepts is employed to design solution-dependent antidiffusive fluxes which are inserted into the defect vector to preclude excessive smearing of solution profiles by numerical diffusion.

The reduced order model used for controller and observer synthesis is recursively updated using a revised version of adaptive proper orthogonal decomposition (APOD), based on decomposing spatially discrete solution profiles.

The numerical results show that the developed non-polynomial ENO and WENO methods with the monotone polynomial interpolation method enhance the local accuracy and give sharper solution profile than the ENO/WENO methods based on the polynomial interpolation.