Sentence examples for modeling approaches provide from inspiring English sources
New developments in component-based modeling approaches provide a viable solution.
This study indicates the ECM and dual-k modeling approaches provide similar simulation results, in terms of temperature and moisture flow and distribution.
Qualitative approaches provide a descriptive explanatory analysis of often non-quantifiable process in policy interactions, whereas modeling approaches provide numerical data estimating the extent of policy interaction impacts.
Multiphase computational fluid dynamics (M-CFD) modeling approaches provide three-dimensional resolution of complex two-phase flow and boiling heat transfer phenomena, which makes them an invaluable tool for nuclear reactor design applications.
Different modeling approaches provide benefit at different stages in the R and D cycle.
Experience at the plant has shown that neither trial and error nor simplified mathematical modeling approaches provide sufficient insight to eliminate the problem of ring formation.
The overall good agreement between our water intensity results (which were calculated using a relatively simple approach) and those of Chiu et al. and Mekonnen and Hoekstra (which were derived using more sophisticated modeling approaches) provides confidence that our baseline scenario is reasonable.
Which of the two modeling approaches provides more valid results is difficult to determine, but one factor may be the nature of the air pollutant variation in regards to the within- versus between-city/area.
This modeling approach provides a link between different model systems and in vivo human conditions, thereby allowing evaluation of the relevance of in vitro data at physiological levels.
In addition, the QSP modeling approach provides a way for integrating the experimental data into a model to appropriately describe the disease of interest; with the aim of evaluating the most important processes and predicting potential targets for therapy.
This modeling approach provides a framework for designing dual-phase steels with optimized plastic flow properties.
