Sentence examples for approach boundary from inspiring English sources

Using the semigroup approach, boundary control and the multiplier method, we obtain the existence of global solutions and the uniform decay estimates for the energy.

Simulation of marine, open and suburban approach boundary layer flow yields good agreement between the model and measured values, including mean velocity and turbulence intensity profiles, integral length scales and power spectra.

It generates, under controlled heat loading, wind speeds of up to 50 km h with different approach boundary conditions, rainfalls from drizzle to cloudburst, controlled air temperature over the range of 30 20°C below zero and road inclines up to 15° in any direction.

In this hybrid approach, boundary node and internal point displacements are evaluated considering the time-domain BEM formulation (initial stress approach), and stresses are computed taking into account FEM techniques (domain discretization is only necessary where non-linear behaviour is expected to occur).

With a laminar approaching boundary layer, the horseshoe vortex develops upstream of the cooling hole.

With a turbulent approaching boundary layer, the horseshoe vortex is not evident, and the distribution of film cooling effectiveness changes near the cooling hole.

Turbulence properties in the approaching boundary layer flow affect the pressure distributions and the mean size of the separation bubble formed on building surfaces.

In addition to continuous drop in axial velocity while approaching boundary wall, the velocity magnitude is higher for diverging tapering as fluid endures lesser hindrance in its propagation in a widening channel.

Although the distributions of time-averaged film cooling effectiveness become similar for both approaching boundary layers on the area 5d downstream of the cooling hole, the current study found that the coolant mixing process are different.

The proposed hybrid method combines three approaches: a boundary manikin approach, a population sampling approach, and a special population approach.

Now, we consider the potential in the region and approach the boundary, and then restricting to the partial boundary, similar to (3.19), we have (3.21).