Sentence examples for most numerical methods from inspiring English sources

Most numerical methods for the approximation of integrals and derivatives of a given function f(x) are based on interpolation.

Furthermore, most numerical methods which compute the solution of IVPs cannot handle systems with uncertain parameters.

Most numerical methods diffuse the interface, resulting in artificial mixing and spurious reactions.

In fact, most numerical methods for solving PDEs such as the finite difference methods and finite element methods often result in large, spare matrices.

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

Most numerical methods developed for moving boundary or Stefan problems deal with the case of a single moving boundary (MB) separating two different media.

For computing flow in discrete fracture networks, as in most numerical simulation methods, Darcy's law for steady-state incompressible flow is employed, and mass is conserved at each intersection of fractures.

Most of numerical methods for deterministic simulations of rarefied gas flows use the discrete velocity (or discrete ordinate) approximation.

Most current numerical methods predicting pile capacity do not take installation effects into account, as large deformations can lead to mesh distortion and non-converging solutions.

In contrast to most other numerical methods for evaporating interfacial flows, the model incorporates an evaporation source-term derived from a physical relationship for the evaporation mass flux.

Due to the high dimensional property of kinetic models, numerical algorithms based on unstructured meshes are not really appropriate since most of numerical methods (semi-Lagrangian, spectral methods) are particularly efficient on structured grids.