Sentence examples for condition implementation from inspiring English sources

Boundary condition implementation is also detailed.

These schemes require fewer boundary stencils and offer simpler boundary condition implementation than existing compact schemes.

These schemes require fewer boundary stencils and offer simpler boundary condition implementation than the existing compact schemes.

Proper boundary condition implementation can be critical for efficient, accurate numerical simulations when a pressure-based finite volume methodology is used to solve fluid flow and heat transfer problems, especially when an unstructured mesh is used for domain discretization.

The clusters, Dutch nursing homes, are randomly assigned to either the intervention condition (implementation of the STA OP -protocol) or the control condition (general training without the step-wise approach).

Spiking of impurities as well as product has also been used in the past to mimic different levels of impurity loads [ 14, 15] or to provide a measurable concentration, which can be quantified prior to and post-technology or condition implementation.

This is not the case for other boundary condition implementations discussed in the literature, especially if the fluctuating particle velocities are high compared with the averaged ones.

Boundary condition implementations are considered sufficient when discretized with the same order of accuracy as the primary governing equations; however, careless implementations of boundary conditions can result in significantly larger numerical error.

To demonstrate the accuracy, convergency and stability of the new methodology, detail studies are made on isotropic plates at acute angles with different geometries, boundary and loading conditions including DQ free-edge boundary condition implementations.

A new method, which can be effectively and efficiently applied in the simulations of broadband noise problems, is proposed for time domain impedance boundary condition implementations by using the so-called controllable canonical form that is well known in linear system.

This technique also allows the efficient parallelization of the algorithm and leads to higher parallel speedups than do other boundary condition implementations, many of which involve inherently serial steps; this is important, because the expense of meshfree computations makes parallelization crucial for large-size problems.