Sentence examples for modeling simulations were from inspiring English sources

Theoretical calculations and modeling simulations were performed using Material Studio 4.3 suite (VAMP), and the results supported the formation of a 1 1 complex between R6CN and Al3+.

Molecular modeling simulations were applied on the homology model of PLE-1, the major isoenzyme in the crude PLE, and distinct sites of mutations were proposed and produced in the laboratory.

Two separate modeling simulations were completed for an April October 2007 period, both focused on isolating the influence of sources other than domestic manmade emissions.

Moreover, molecular modeling simulations were also performed to predict preferential binding orientation of CENUs with tRNA that corroborates well with spectral outcomes.

Finite element modeling simulations were performed using values for the modulus of elasticity for weathered HDPE determined from a series of tensile tests.

In this study, modeling simulations were performed to gain a better understanding on the performance of a large-scale FO with two practically applied module configurations, a plate-and-frame module and a submerged hollow fiber module.

The comparison of thermal comfort parameters between the field measurement and modeling simulation was done and the result CFD was observed to predict the functionality of modified temperature setting.

The characteristics of both modeling approaches in granular simulations were highlighted.

Different modeling strategies for CFD simulations were also discussed in this paper, including large eddy simulations and Reynolds averaged Navier Stokes equation modeling.

All modeling and simulation were performed in MATLAB (R2014a, MathWorks, Natick, MA).

Molecular modeling simulations could be used to provide insights into the conformational changes of the peptide in various states.