Sentence examples for model efficiently predicts from inspiring English sources

The one-dimensional drift-flux model efficiently predicts gas liquid flows dominated by gravity force.

The model efficiently predicts the evolution of soil temperature (index of agreement > 0.97 and RMSE < 1.8 °C) with a simple convection-dispersion equation.

Laboratory models efficiently predicted oil status using ultraspectral (>2000 bands), hyperspectral (>300 bands), and multispectral (<10 bands) sensors covering near infrared and shortwave infrared wavelengths.

The model was solved numerically using MATLAB and the models efficiently predicted the time to reach equilibrium and levels of O2 and CO2 at equilibrium with E values in the range of 5.92 8.60% and 7.14 9.35%, respectively.

The model thus efficiently predicts single crystal behaviors and can be applied to the analysis of complex boundary value problems.

To assess overall multivariate predictive utility and control for redundancy among predictor variables, logistic regression analysis with backward stepwise selection from the full model of nine variables was used to identify a model that efficiently predicted DEB onset.

The proposed model can efficiently predict teamwork performance to maintain appropriate mental workload as well as ensure system safety.

This model can efficiently predict the cognition of service quality and patient satisfactions after patients (customers) have experienced the electronic medical record system (EMRS) and online appointment system service.

The finite element models can efficiently predict the plastic damage in the coped steel beam used in beam-beam connections.

A micromechanical approach recently proposed by Lee and Simunovic [Compos. Part B: Engng. 31 (2000) 77] is introduced to develop analytical and numerical models that efficiently predict the behavior of chopped fiber based composites containing microcracks under impact loading.

It has been shown that the finite element models can efficiently predict the thermal and thermal structural behaviour of the composite beams at elevated temperatures during the heating and cooling phases of fire.