Sentence examples for the interface volume from inspiring English sources

In the limit of low-slope values (0.1° 0.5° angles), the interface volume of a layer is approximated as (being h r the local height averaged over the pixel area, Δ).

Applied to a three phase composite model composed of rigid inclusion, interface zone and matrix, the model provides a quantitative means of studying the effect of the interface cohesion and the interface volume fraction on the composite cohesion.

Six parameters (ASA, Number of segments at the interface, Gap volume, pocket volume, hydrogen-bonds and the percent of charged residues in interface) were selected for the multivariate analysis performed according to the principal component analysis.

We present a new control volume finite element method that improves the modelling of multi-phase fluid flow in highly heterogeneous and fractured reservoirs, called the Interface Control Volume Finite Element (ICVFE) method.

The fluid-fluid interface is tracked by a mass conservative sharp interface volume of fluid (VOF) method.

We have provided an algorithm, and its web-based implementation, for calculating overlapping interface volumes and the number of interface atoms in collision between any two components (macromolecules) from a 3D complex stored in a pdb file.

As the interface has no volume, the mass transfer accumulation is not possible and equality of fluxes can be established (Ng =  Nl =  NB).

Out of the six parameters, four corresponded to geometric descriptors of the interface (ASA, Gap volume, number of interfacial segments and pocket volume) and two to the chemical nature of the interface (percentage of charged residues and hydrogen bonds).

A detailed analysis of the errors involved in computing the interface curvature from volume fraction distributions using a height function technique is presented.

The Gaussian quadrature is used to estimate the integration of the cell-wise multi-dimensional hyperbolic tangent reconstruction function which is then used to retrieve the interface from the volume fraction value of the target cell.

At a typical point of the interface, a representative volume element (RVE) is considered; it is characterized by the presence of two different materials and by a microcrack evolving along the material discontinuity.