Sentence examples for computing volume from inspiring English sources

Our method combines fast algorithms for computing volume integrals and evaluating layer potentials on a grid with a fast multipole accelerated integral equation solver.

We introduce a fast algorithm for computing volume potentials – that is, the convolution of a translation invariant, free-space Green's function with a compactly supported source distribution defined on a uniform grid.

In the method, a multi-dimensional advection algorithm, which includes 11 different cases for computing volume fluxes across cell faces, is proposed for the evolution of the volume fraction.

The possible capacity of the highway section was observed to be around 2300 pc/h for the prevailing mixed traffic [28] and it was used in computing volume to capacity ratio in subsequence; values that range between 0.6 0.7 and above 0.7 were used to approximate the moderate and heavy flow respectively.

The new formulas, which in some cases are optimal, i.e., minimal-point, are the most efficient means available for numerically computing volume integrals over triangular prism elements in that they require fewer points than any other presently available formulas of the same polynomial degree.

(A variation on such an iterative method is frequently employed by computers today.) Book II gives methods for computing volumes of various solids, including the five regular Platonic solids.

They are available, together with the software for computing volumes at [ 19].

Using our framework, we can compute volume and moments of solid models with theoretical guarantees.

6) Compute volume below 0.03 m and the top section as cylinder and cone respectively;   7) Compute volume of other sections using Smalian's formula with DIBFE i.e. using numerical integration with step size equal to 1% of total tree height and diameters at two ends obtained from interpolation using Kozak (2004) taper equation.  .

Compute volume below 0.03 m and the top section as cylinder and cone respectively; Compute volume of other sections using Smalian's formula with DIBFE i.e. using numerical integration with step size equal to 1% of total tree height and diameters at two ends obtained from interpolation using Kozak (2004) taper equation.

From the computed volume and the known mass of the particle, ν̅ of the unhydrated particle can be computed.