Sentence examples for modeling method developed from inspiring English sources

The semi-empirical modeling method developed herein can be adapted for other photochemical reactions of similar type and it is considered to be useful for system scaling-up and for engineering design.

Despite decades of study, the regulation mechanisms and all pathways involved have not been unequivocally determined making this metabolic phenomenon a very attractive one to study and test with the new mathematical modeling method developed in the current work.

The modeling methods developed to estimate drainage from a snowpack, which typically rely on temporally-dense point-measurements or temporally-limited spatially-dispersed calibration data, range in complexity from the simple degree-day method to more complex and physically-based energy balance approaches.

In the present research, the eigenstrain modeling method is developed to predict the effect of large-scale LSP more efficiently compared with previous methods.

MSW is considered as an important resource for renewable energy development plans of cities. Due to the uncertainties and unavailability of sufficient MSW generation information in developing countries, including the difference of local conditions, various modeling methods were developed to predict MSW generation.

This chapter aims to present a brief overview of computational, mathematical-modeling-based methods, developed for actually approaching true patient-specificity.

CFD models using both Eulerian Eulerian and Eulerian Lagrangian multi-phase modeling methods are developed to investigate the hydrodynamics and adsorption of carbon dioxide in the reactor.

The current trend is to develop advanced materials for Generation IV fission and fusion reactor systems, based on the rich in-reactor data generated and multiscale modeling methods being developed.

It was demonstrated that the three-dimensional zone method developed in this work is simple, easy and flexible for modeling and simulation of the fired heaters.

Thus, a multi-domain modeling method is first developed to model the nonlinear system.

A comprehensive two-phase compressible gas-solid particle computational fluid dynamics-based modeling method has been developed and applied to study the erosion and fouling along flow path surfaces due to particle impact.