Sentence examples for adopted boundary from inspiring English sources
This demonstrates the heavy influence of the adopted boundary conditions to the low-order polynomial solutions.
The (n=1) solutions for (D=2, 3) all oscillate about the x-axis irrespective of the adopted boundary conditions.
UB1 and UB2 are not the appropriate proxies for urban boundaries in the analysis of urban CO2 emissions, although UB1 is a widely adopted boundary.
In the borderline case with (m=n-2), such nonoscillatory solutions depend critically on the adopted boundary conditions (see Figures 5 and 6), while for (m > n-2), all solutions are nonoscillatory (see the Nodal analysis below).
In general, in the borderline case with (m=n-2), some solutions are oscillatory and other solutions are not, depending on the adopted boundary conditions (as in Figures 6 and 5, respectively); but for (m > n-2), all solutions are nonoscillatory because they exhibit just a small number of nodes (1 to 3).
HYCOM is configured for the Indian Ocean with longitudinal limits of 20° 125° E and latitudinal limits of 35° S–31° N. The model adopts boundary conditions from global HYCOM simulations at the eastern, southern and south-eastern boundaries.
In the internal domain, where the Rankine source function is adopted, new boundary integral equations are formulated.
The vertical profile of the neutral atmospheric pressure, p(r), is derived from the density profile N r) by integrating the equation of hydrostatic equilibrium: (6) where m is the mean molecular mass, g is the acceleration due to gravity, and rtop is the adopted upper boundary.
The normative findings of current study are slightly larger than these, 3.73 cc for right and 3.60 cc for left, as we adopted posterior boundary of Watson et al. [ 6], as it also allowed us to measure tail of the hippocampus.
Hirota et al. adopted a boundary-condition-based constraint [18].
Both location-dependent convection and radiation are adopted at boundaries to reflect different heat dissipation performances on all surfaces.
