Sentence examples for implemented a mathematical model from inspiring English sources
Using fluid dynamic similitude studies, the authors have developed and implemented a mathematical model for horizontal axis wind turbine design and performance evaluation.
Although experimentally implemented, a mathematical model is still missing that determines motions and forces when the FESS is suspended in magnetic bearings, gimbal-mounted, and subject to outer perturbations.
From the data acquired it was possible to implement a mathematical model of the Mole, used to study the intrusion dynamics vs. the change of the internal and external variables.
Statistical analysis of RT-qPCR results was conducted with the relative expression software tool, REST (Qiagen) [ 42], which implements a mathematical model comparing treatment and control samples and significance is tested by a randomization test.
The mechanism was first implemented in a mathematical model by Mitchison [ 46] and by Goldsmith et al. (1981) [ 47].
In order to propose a set of response threshold applicable to the monitoring of advanced pulmonary cancer on CT, we implemented and validated a mathematical model based on well-established reliability analysis in the field.
Vaccination in general populations will likely be effective when implemented; a recent mathematical modeling simulation of the Malian population projected that the HPV vaccine could reduce the burden of cervical cancer by approximately the same proportion as vaccine coverage rates [ 22].
The paper presents a mathematical model, implemented in a general computer code, that can provide detailed information on velocity and temperature prevailing in three-dimensional buildings of any geometrical complexity, for given external meteorological conditions.
A mathematical model implemented in a general computer code that can provide detailed information on CO concentration as well as air flow field prevailing in three-dimensional enclosed spaces of any geometrical complexity is presented.
A mathematical model was implemented for the physical and chemical behavior of the biomass combustion process, as well as for heat transfer mechanisms and turbine behavior to assess the plant operating variables in both steady state and transient operating conditions.
In this study, we employed integrated approaches combined with accurate quantification techniques and a mathematical model that implemented the quantitative data to reveal fundamental cellular processes underlying the emergence of multicellular collectivity.
