Sentence examples for simulate effectively from inspiring English sources
The present method can be used to design and simulate effectively and accurately an EDG demultiplexer with required specifications (such as the chromatic dispersion and loss variation) for both polarizations and the polarization-dependent loss.
ISTAM, if fed with activity pattern data, can simulate effectively individuals' movements at between-AB and within-AB levels.
A strategy has been developed which suggests how the comparative results might help consider ideas to be simulated effectively in creating an appropriate, comfortable and satisfied office environment.
By using bonded sphero-cylinders as opposed to more traditional bonded spheres, large aspect ratio fibers with smooth surfaces can be simulated effectively with fewer elements.
Therefore, we conclude that the eastward extension of the shear line is closely related to Songda's genesis, and if models reproduce the longitudinal evolution of the shear line, the associated TC genesis will be simulated effectively.
As a result, spatial-temporal evolution process on epidemic transmission could get simulated effectively.
Microscopic network simulation can effectively simulate the impact of micro-parameters' variation on macro-parameters, thus a comprehensive model is built to reflect the variability of reservoir parameters.
The model is able to simulate evacuation effectively given the diverse behavior strategies of evacuees, such as herding and communication between evacuees.
The agreement of yield strength and fracture mechanism between experimental and simulation results shows that the developed methods, combining the digital image-based technique (DIT) and CFEM, can be used to simulate CGI effectively.
This clustering technique allows a significant reduction of the computation time, thus making it possible to simulate very effectively one or multiple years of operation of the distributed generation (DG) unit(s) in a network.
Our results show that ForestGALES is able to simulate very effectively the dynamics of wind damage to forest stands, as the model architecture reflects the significant influence of tree height, stocking density, dbh, and size of an upwind gap, on the calculations of the critical wind speeds of damage.
