Sentence examples for the calculation of interface from inspiring English sources

A new method for the calculation of interface pressure for front capturing methods is developed.

However, when combining the calculation of interface transport and reinitialization with two-phase momentum and energy, the benefits of GALS are to some extent neutralized, and the causes for this behavior are identified and analyzed.

This paper presents a framework for extending the height-function technique for the calculation of interface normals and curvatures to unstructured non-convex polyhedral meshes with application to the piecewise-linear interface calculation volume-of-fluid method.

Further optimization of the parameters or the introduction of other parameters in the calculation of interface complementarities might be required for these cases.

The training ANN model with the Levenberg Marquardt (LM) algorithm provides more accurate prediction and is quite useful in the calculation of tool chip interface temperature when compared with the trained RA method in machining.

In this paper a methodology for the calculation of the interface diffusion coefficient is presented on the basis that long range diffusional mass transport occurs with free slip of the matrix over the reinforcement, and that diffusional relaxation is needed in addition to slip for the composite strength to be knocked down to levels around and below that of the pure matrix.

We describe the calculation of the PPM interface states for 3D ideal MHD which must include multidimensional "MHD source terms" and naturally respect the balance implicit in these terms by the ∇·B="0 condition.

In the volume-of-fluid algorithm, the calculations of the interface normal and curvature are crucially important for accurately simulating interfacial flows.

The model is based on a new pseudo-front tracking technique for the calculation of the evolution of interfaces that are governed by solute diffusion and the Gibbs Thomson effect.

They are of interest in particular for the calculation of volume fractions or interface positions in three-dimensional interface calculations in the Volume of Fluid (VOF) methods.

We have analyzed EIS data based on a theoretical calculation of interface apparent capacitance (Capp) from the cpe1 parameters (Q1 and ϕ1) and resistance elements.