The phrase "analytical models as" is correct and usable in written English.
It can be used when discussing the role or function of analytical models in a specific context or framework.
Example: "In this study, we will explore analytical models as tools for predicting market trends."
Alternatives: "analytical models serving as" or "analytical models functioning as".
The characteristics of site amplification at a given site can be estimated by analytical models, as well as field tests.
A comparison with other analytical models as well as with experimental data available in the literature concludes the paper.
Estimation of these parameters is difficult, but it is crucial for analytical models as well as for realistic simulation of peer-to-peer applications.
It is shown by analytical models as well as 2-D numerical simulation that both maximum transconductance and minimum subthreshold slope are obtained for this ideal back gate bias.
Despite a few analytical models, as well as a small number of published numerical studies, there is currently little consensus regarding the large-scale flow behavior over time in such systems, particularly regarding the dominant flow regimes and whether or not reservoir properties or volumes can be estimated from well performance data.
Experimental methods are used to determine constituent latency components and verify the results obtained by these analytical models as close approximations of reality.
The UPA is constructed and tested experimentally to validate the accuracy of the analytical model, as well as verify assumptions made during modeling.
Low-voltage (<2 V) and high-speed (sub-nanosecond) operation are projected using a calibrated analytical model as well as 3-D finite-element method simulation.
Extensive simulation experiments have been conducted to validate the accuracy of the analytical model, as well as, to evaluate the efficiency of the proposed heuristic.
The objective of the current study was to investigate thermal applications of horizontal wells for displacement and gravity drainage processes using analytical modeling as well as reservoir simulation.
This paper outlines the development of the proposed analytical model, as well as validation of the model for stiffness critical applications by comparison of the results with available literature data and experimental findings.
