Sentence examples for mesh to capture from inspiring English sources

The first model is based on a relatively coarse mesh to capture the global postbuckling response of a multi-stringer panel.

We further eliminate the cost and complexity associated with mesh generation by applying the interface-enriched generalized finite element method (IGFEM), which allows a non-conforming mesh to capture the discontinuous temperature gradient across the microchannels.

The numerical solution is obtained with the interface-enriched generalized finite element method (IGFEM), which greatly simplifies mesh generation by allowing for the use of a non-conforming mesh to capture the temperature gradient discontinuity across the microchannels.

In this work, a methodology has been developed to model Taylor flow in microchannel using the ANSYS Fluent software package and a criterion for having a sufficiently fine mesh to capture the film is suggested.

Furthermore, the region very near the crack tip is refined into the fine-level mesh to capture a steep gradient of elastic field due to the crack tip singularity.

In the case of turbulent flows, such direct simulations require large computational meshes to capture enough scales of motion to accurately reproduce the dynamics of the flow.

In this paper, we present an adaptive variational procedure for unstructured meshes to capture fluid fluid interfaces in two-phase flows.

Over the past 10 years, Dar Si Hmad has erected vast mesh nets to capture the moisture at an altitude of 1,225m on the slopes of Mount Boutmezguida – for what is now the largest fog-harvesting project in the world.

The code uses adaptive mesh refinement to capture near-burner mixing.

The baseline mesh appears to capture the solution at a reasonable level of accuracy relative to the other successive refinement and coarseness.

In addition, an explicit VOF scheme and SST- Kω model is used with dynamic mesh scheme to capture the interface of a two-phase flow and to model the turbulence respectively, in 2DOF model (heave and pitch).