Sentence examples for boundary layer effect in from inspiring English sources
The effect of aspect ratio and width to length ratio on the boundary layer effect in the in-plane and interlaminar stresses are investigated.
Particular attention is paid to the reported inconsistency problems associated with the boundary layer effect in the development of impedance eduction techniques.
In this paper, an improved analytical model for thermoacoustic boundary layer effects in the presence of mean flow is derived and analyzed.
In recent years, the fractional differential equations have been used in various fields such as colored noise, electromagnetic waves, boundary layer effects in ducts, viscoelastic mechanics, diffusion processes, and so on [1 5].
Multitude systems modeled with the support of fractional calculus also demonstrate fractional dynamical conduct such as viscoelastic systems [4, 5], colored noise [6], boundary layer effects in ducts and electromagnetic waves [7].
It is found that including the boundary layer effect results in a lower stability threshold.
We predict that the magnitude of the boundary-layer effect in nature will vary considerably depending on water temperature, mass size, embryo density, embryo age, and placement of the mass.
Finally numerical examples demonstrate that the new algorithms presented in the current paper can effectively handle singular and near singular integrals emerging in the boundary layer effect and the thin body problems in BEM.
The value of C increased with initial RhB concentration, suggesting an increase in boundary layer effect as initial concentration increased.
In addition, the boundary layer effect on electrolyte flow rate can keep the fuel concentration in the thin layer relatively stable at different flow rates, which may be the reason behind the insensitiveness of VF-MFC performance to electrolyte flow rate.
