These two systems were guided by different conceptual approaches: one utilized numerical modelling for landscape optimization, while the other attempted to mimic the landscape position of natural fen systems (and supported the design with numerical modelling).
Accurate forecasts of these phenomena, for example, by numerical models, could reduce the damages they cause.
Wormhole formation in un-fractured matrix has been widely studied by numerical modeling, but little work has been done for fractured cases, which may cause wormholes to propagate quite differently.
Two dewatering schemes were designed for the construction and simulated by the numerical models for comparison purposes.
By comparing numerical models for the nine scenarios, we can examine the relative stability or variability of temperature, as estimated for different regions of the plate interface (Figure 8).
Reconstruction of the transient sound field radiated from the dual-planar-piston model is studied by numerical simulation for feasibility demonstration.
We also demonstrated by numerical modeling, that this overall method may be applicable to the production of shells of up to ϕ 4 mm, for a wide range of IFE applications.
It covers the investigations on the initial in-situ stress distribution features, rock mechanical properties, engineering rock mass classifications by different methods, numerical modeling for stability and support analysis, proper measures for rock excavation and support.
Detailed and accurate analyses of semiconductor circuits are possible by use of physical (numerical) models for critical devices.
Support losses can be reduced by using analytical and numerical models for stress-wave radiation to guide the selection of materials, structures, dimensions, modes, and frequencies.
