Sentence examples for boundary layer development and from inspiring English sources

The boundary layer development and the effect of ground are nonlinear with respect to Weibull parameters k and c.

A new model for the boundary layer development and associated skin friction coefficients and shear stress within the swash zone is presented.

However, the heat transfer enhancement caused by a fan being placed at either edge of the fin array yielded a dissimilar result between both of the fin array orientations because of the superimposed effects of the boundary layer development and the air flow induced by the fan.

Since the boundary layer development and the effect of the ground are non-linear with respect to wind speed, the scale factor c and form factor k of the Weibull distribution will change as a function of height by the following expressions [13]: c ( h ) = c o h h o n Open image in new window (11) k ( h ) = k o 1 − 0.088 ln h o 10 / 1 − 0.088 ln h 10 Open image in new window (12).

As was observed, using such a magnetic field in a section of the channel will lead to disturbance of the boundary layer, development of mixing in the flow, and local improvement of the heat transfer rate.

As a result of the performed validation procedure in this study, the aerodynamic- and thermal boundary layer development along with the convective characteristics of the air flow have been captured accurately near to the heated surface.

Through the study of the complex flow in a controlled-diffusion compressor cascade at off-design conditions, the ability of the models under consideration to predict the laminar separation bubble close to the leading edge and the boundary layer development is investigated.

The inlet boundaries use mean horizontal velocity values interpolated from regional tidal simulations and are perturbed by synthetic turbulence to accelerate boundary layer development.

Results show that current density and voltage efficiency vary by >50% from inlet to outlet due to concentration boundary layer development.

The variation of the pressure gradient leads to a non self-similar boundary layer development connected with a continuous change of the resonance conditions for wave interactions.

The floor of the computational domain was populated with vertical fences in order to simulate a rough surface for boundary layer development, as in the experiments.