Sentence examples for most numerical approaches from inspiring English sources

This new approach minimizes mass balance errors and truncation errors associated with most numerical approaches.

Most numerical approaches address the problem either by computing local sensitivity indices (partial derivatives of the solution with respect to the input variables) [ 5, 6], by solving the ODE for a statistically large ensemble of random or quasi-random input values [ 7- 9], or by approximating the functional relationship of the input and output [ 10- 12].

Most of numerical approaches describing the behavior of miscible displacement in porous media through the solution of advection dispersion equation suffer from numerical dispersion.

Although there are kinds of active nonlinear cochlear models built by different numerical approaches, most of them can be implemented in the state space formalism [ 177].

Discontinuum modeling constitutes the most commonly applied numerical approach to rock slope analysis, the most popular method being the distinct-element method (Itasca 2001).

Instead of the harmonic balance method used by most investigators, a numerical approach to investigate the system is provided.

One common approach in most numerical models is to use the classical Fick's law which simplifies the multicomponent diffusion fluxes by only considering the main-diffusion (diagonal) terms and neglecting the cross-diffusion (off-diagonal) terms in the diffusion matrix.

Most numerical studies have applied the single-phase approach, while a limited number of studies have been carried out based on two-phase methods.

Currently most numerical methods for hypersonic flow with thermo-chemical nonequilibrium are based on shock-capturing approach at relatively low order of accuracy.

Such numerical approaches to the chemical bond provide important information about bonding.

While an analytical solution is not available, we will implement numerical approaches to solve these ODEs.