Sentence examples for methods for shallow from inspiring English sources

These demonstrated the rationality of the improved methods for shallow water flow velocity measurement.

Radial basis function-generated finite difference (RBF FD) methods have recently been proposed as very interesting for global scale geophysical simulations, and have been shown to outperform established pseudo-spectral and discontinuous Galerkin methods for shallow water test problems.

The ground improvement method, which is one of the auxiliary methods for shallow overburden tunnels, has demonstrated its ability to effectively control the amount of settlement under soft ground.

The temperature deflection diagrams are calculated by the use of the collocation method for shallow spherical, conical and cubic shells.

The exact solution for non-shallow panels and an approximate method for shallow panel solution (Soong) are considered and compared with each other.

Of the modelling methods used, GLMRK proved to be the best method for shallow thicknesses (0 to 2 m) as assessed by Root Mean Square Error (RMSE) values (1.87 m) with the equal weighted sample scheme.

The implementation of this step is discussed in detail, as well as, the similarities and differences with some previous approaches to obtain well-balanced methods for the shallow water system.

In this paper, we develop well-balanced discontinuous Galerkin methods for the shallow water system, which preserve not only the still water at rest steady state, but also the more general moving water equilibrium.

This paper is concerned with the development of high-order methods for the shallow water system that preserve every stationary solution of the system and not only the water-at-rest ones.

We provide a review of the key components of hydrogeophysical studies, which include: geophysical methods commonly used for shallow subsurface characterization; petrophysical relationships used to link the geophysical properties to hydrological properties and state variables; and estimation or inversion methods used to integrate hydrological and geophysical measurements in a consistent manner.

A spectral element semi-Lagrangian (SESL) method for the shallow water equations on the sphere is presented.