The phrase "a lower wall for" is correct and usable in written English.
It can be used in contexts where you are describing a wall that is shorter in height, often in relation to a specific purpose or function.
Example: "The architect designed a lower wall for the garden to create a more open and inviting space."
Alternatives: "a shorter wall for" or "a reduced-height wall for".
Advocates for a lowered wall of separation invoke the founders frequently, saying they never planned for government to be a force for atheism.
The amplitudes of the intercentile heights (between the 0.01 and 0.99 percentiles) are 6.1 mm for the lower wall and 6.3 mm for the upper wall (see Fig. 9 for an example of two height profiles corresponding to the upper and lower walls).
Beyond the wall is a lower outer wall, enclosing a broad outer courtyard.
Here, the simply-supported wall results in a lower bound for the wall buckling length, corresponding to global buckling of the complete wall structure, while the fully-clamped wall gives an upper bound, reflecting local buckling of an individual wall.
However, the upper stability limit widened for lower wall thermal conductivity.
In particular, higher variations of temperature, as well as large gradients along the lower wall - are remarkable for higher Péclet number, when forced convection dominates steady conduction; moreover, the standard behavior of boundary layer width - usually given by O ( 1 / Pe ) - is captured correctly.
Finally, we hypothesized that effects of leaf litter quantity could interact with effects of container size, as increased leaf litter may compensate for lower wall area per unit volume, since microbes grow, and mosquitoes browse, on leaf litter [ 22].
The average linear roughness is greater in the N0° direction (e.g. RL = 1.14 for the lower wall) than in the N90° direction (e.g. RL = 1.09 for the lower wall).
Moreover, it is clear from Fig. 8 that the change of h ave in terms of m for the upper wall is almost linear and for the lower wall is parabolic.
The engineering parameters such as wake/recirculation length, critical Reynolds number for the onset of flow separation and the variation of viscosity along the lower wall of side branch are calculated for the above range of settings by using constant density and non-Newtonian power-law viscosity model.
