Sentence examples for methods of grid from inspiring English sources

Algebraic, elliptic and parabolic methods of grid generation have been utilized for structured grid redistribution.

The investigation was conducted to critically review the literature on expected potential problems associated with high penetration levels and islanding prevention methods of grid tied PV.

The proposed method is superior to other methods of grid generation such as algebraic and hyperbolic techniques in that the grids obtained here are C2 continuous, whereas simple elliptic smoothing of algebraic or hyperbolic grids to enforce C2 continuity destroys the grid clustering near the boundaries.

Both methods of grid laser did not show overly positive results in improving visual acuity.

The method of grid crossings proposed here can instead be applied to big image data sets, allowing to obtain measures over wide tissue portions in a limited time.

Spatial variability of soil organic carbon (SOC) of different land use patterns and soil types was examined in a county-wide red soil region of South China, using six sampling densities, 14, 34, 68, 130, 255, and 525 samples designed by the method of grid sampling in 6 different grid sizes, labeled as D14, D34, D68, D130, D255, and D525, respectively.

The accuracy of the calculations was improved by using a method of grid focusing; in the first run the coarse grid was allowed to be filled by 50% by solute and the calculated grid point potentials were used in the second run where the fine grid was filled by solute by 90%.

In order to convey clearly the trans-impedance output along with the input parameters such as electrical conductivity and lift-off distance, the paper utilizes a method of grids plane to display the relationship intuitively.

The method of orthogonal collocation on finite elements combines the rapid convergence of the orthogonal collocation method with the convenience associated with finite difference methods of locating grid points or elements where the solution is important or has large gradients.

In the present work the plume formation and its dispersal are modeled using a finite volume method on grid including details of the towers.

The dense coefficient matrices that arise from spatial discretisation of these operators mean that even one-dimensional problems can be difficult to solve using standard methods on grids comprising thousands of nodes or more.