Sentence examples for boundary specifications from inspiring English sources

A numerical integration procedure is employed to overcome the non-standard boundary specifications.

For all models the crucial part of the codes (geometry, PDEs and boundary specifications) are given.

Some physical problems in science and engineering are modelled by the parabolic partial differential equations with nonlocal boundary specifications.

Parabolic partial differential equations with non-classical boundary specifications have received considerable interest in the mathematical applications in different areas of science and engineering.

In this work, our goal is to obtain numerically the approximate solution of a parabolic equation with non-local conditions (on four boundaries) replacing the classical boundary specifications.

The parameters for data selection are based on the boundary specifications (Basole et al. 2015) and driven by the nature and intent of the problem, the questions being asked, and the costs involved.

The simulation results show that network boundary specification and fixed choice designs can dramatically alter estimates of network-level statistics.

Numerical method to predict the duct-ventilation embankment temperature is reviewed with the focus on the duct-internal boundary specification.

The derived boundary condition formulas are convenient for dealing with various types of boundary specification requirements that may arise in vascular hemodynamics.

We discuss three principal missing data mechanisms: network boundary specification (non-inclusion of actors or affiliations), survey non-response, and censoring by vertex degree (fixed choice design), examining their impact on the scientific collaboration network from the Los Alamos E-print Archive as well as random bipartite graphs.

These tools compile the source data according to the boundary specification, create the network, and calculate metrics.