These streamline-based history matching techniques inherit the shortcomings of streamline methods such as inability to model very complex physics at the same time.
The basic idea of such models follow that "structurally similar molecules are likely to have similar properties", which is suitable for modeling very complex boundaries between two classes [8].
Furthermore, it is shown that the coupling between hydrodynamics and kinetics makes it possible to model very complex processes, and also to scale-up those processes from batch to continuous mode operation.
The network is able to model very complex behaviour from input to output.
Their greatest strength is their flexibility and relative ease of use [ 16], which makes them suitable to model very complex systems without having to mechanistically specify the known component interactions.
This makes the full model very complex to analyze, and we prefer to defer that analysis until we get a better understanding of the factors that can eliminate competition to allow coexistence in models with negative feedback.
Other attractive features of this simulator included the availability of the source code, its specialized ability to model laboratory-scale experiments, and the fact that it was specially designed to model very specific and complex chemical and polymer behavior.
A combination of nonlinear link elements has been demonstrated to model very accurately the complex hysteretic response due to abutment-soil interaction and of the shear keys in SAP2000 resulting in reliable results as discussed in detail earlier.
They relied on a very limited in vitro screen to model a very complex system, and those reviewing the study should be aware of the limitations of the approach and the interpretation of such data.
"There you have to do very non-linear, transient, dynamic multi-physics modeling, so very, very complex modeling, and I realized what the next generation of algorithms would need to be able to do for engineering.
