Sentence examples for grid distortion from inspiring English sources

Effects of force distribution and computational grid distortion are examined.

The overset grid technology is used to avoid the grid distortion in large drift angle cases.

However, in the simulations, the statistical distributions of velocity, pressure, and longitudinal and lateral velocity derivatives were always identical, regardless of the grid distortion.

In both cases the result is anomalous grid distortion and tangling that has nothing to do with the actual solution, as would be the case for turbulent flow.

We conclude that, for the same computational cost, high-order tracing is more accurate (smaller error in the time-of-flight) and robust (less sensitive to grid distortion) than low-order tracing.

A difficulty with MFE, as with many other existing moving-grid methods, is the threat of grid distortion, which can only be avoided by the use of penalty terms.

These events are usually associated with large deformations and plastic flows, which generate unique challenges for grid-based techniques because of local grid distortions.

A new discretization of the diffusive terms is employed, which is based on extension of the original cell-face gradient interpolation and is more suitable for complex grid distortions.

Fig. 3 Fluoroscopic image of the lead grid before distortion correction (a), the acquired distortion matrix (b), and fluoroscopic image of the lead grid after distortion correction (c).

Grid voltage distortion is the main cause of grid current distortion.

These emissions flow through wind park impedances, leading to grid voltage distortion.