Sentence examples for boundary layer size from inspiring English sources

Two models have been used to evaluate the thermal boundary layer size function of the evolution of the pressure and theoretically extended to other gases in order to become a parameter field between gas and design.

The chapter encapsulates size effect on triggering of dry snow slab avalanches, boundary layer size effect in thin metallic films at micrometer scale, and recent debates on fractal theory of size effect and their impact on design codes.

Since the size spectrum of the depositing particles, here assumed to be spherical, will strongly influence all thermophysical and structural properties of the porous depositied glass, our mathematical model/illustrative calculations can be used to circumvent the difficult problem of optically probing the thin laminar thermal boundary layer to infer this size spectrum information.

Based on the ratio of the thickness of the mass boundary layer to the grid size used to resolve the fluid flow we estimate that the use of the presented approach reduces the computational cost at least by one or two orders of magnitude, specially when applied in simulations of fully three-dimensional flows.

Key features are the formation of boundary layers and the size dependence of the response in the case of symmetric double slip.

The method is able to deal with attached flow and light stall situations characterised by unsteady turbulent boundary-layer separation size up to 50% of the airfoil chord length.

This parameter quantifies the relative strength of viscous and rotational effects and also sets the size of the Ekman boundary layer, which scales as E 1/2.

Here, the step size η = 0.01 and boundary layer thickness η ∞ = 10 is used.

Future work will evaluate feature size and spacing required to achieve optimal boundary layer slip conditions for improved hydrodynamics based on contact line pinning/slipping [63].

Using higher order methods introduces eigensolutions with boundary layer thickness of the same order of magnitude as the grid size.

Moreover, the size of the passage has a significant influence on the boundary layer thickness, the depletion region and the current density.