Sentence examples for implementation of the boundary from inspiring English sources

The cylinder surface presents a circular shape and therefore the position where the flow separation happens is tightly related to the implementation of the boundary condition.

This paper is concerned with the parallel implementation of the boundary element method and its application to the exterior acoustical scattering problem.

However, the accurate implementation of the boundary conditions seems to continue to be an impediment to the acceptance and use of numerical methods based on vorticity formulations.

Using a transformation of the Bloch Torrey PDE we reduced oscillations in the searched-for solution and simplified the implementation of the boundary conditions.

In the numerical implementation of the boundary element method to exterior acoustic problems, the approximating equations give incorrect results for the surface pressure when the frequency is in the neighbourhood of some critical values.

Implementation of the Boundary Element Method based on the elastodynamic boundary integral equation and the Waveguide Finite Element Method allows for a numerically efficient calculation of scattering coefficients.

In order to explain these experimental observations, SCUFF-EM, an open-source software implementation of the boundary-element method, was employed in the calculation.

However, the practical implementation of this boundary condition in the laboratory is not at all trivial, especially when high accuracy is required.

To deal with the complex submerged obstacle in the fluid, a hybrid Cartesian/immersed boundary (HCIB) method is adopted, which allows easy implementation of the solid boundary conditions for a fixed structured grid.

We outline in detail techniques for the numerical implementation of these boundary conditions by means of Lagrange multiplier and penalty methods.

The numerical implementation of the discontinuous boundary condition for the source term in the bulk concentration is compared with the approximate solution.