Sentence examples for conditions for modeling from inspiring English sources
Either situation imposes extremely difficult conditions for modeling the diffusional behavior of these two systems because of: (a) the conflicting symmetries between the spherical domains shapes vis-à-vis the pore or ring active interface which acts as a diffusional sink or a source and (b) the near-infinite and heterogeneous concentration gradients which develop at the active interface.
Figure 2 describes the assumed conditions for modeling.
Open image in new window Fig. 9 3D tetrahedral meshes generated for simulating multiphase fluid flow in different fractured systems: a single fracture at 0°, b single fracture at 45°, and c 2× intersected fractures at 45° Open image in new window Fig. 10 Initial and boundary conditions for modeling multiphase fluid flow in glass bead models.
Boundary conditions for modeling friction and wettability effects are developed for discrete representation of surfaces within a volumetric approach, which results in accurate flow simulation in complex geometry.
Along with the start of facility operations in 1937 and the last year 19933) in which women with breast cancer were identified, these dates define five distinct time periods (1937 1953 1953 1961 1961 1970 1970 1984 1984 1993) with varying well pumping conditions for modeling groundwater flow.
T2 data and this tide data were added together to provide dynamic tide input boundary conditions for modelling.
After such linear clustering preprocessing, the smoothness of the subsequences is improved while their number is reduced, which are better conditions for modelling and forecasting.
Most of these prerequisites have been investigated in humans and monkeys and the conditions for modelling [C]5-HTP kinetics seem to be met in these species, but tracer validation for microPET studies in rodents has not yet been performed.
A general Maxwell type partially diffuse and partially specular reflection solid wall boundary condition for modeling the gas surface interactions for semiclassical rarefied gas flows is devised.
At the interfaces between electrodes and electrolyte, non-linear boundary conditions apply for modelling the electrode reactions.
