Examples of using Numerical experiments in English and their translations into Portuguese
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Do you have numerical experiments for this problem?
More recently, Delworth& Dixon(2000)added THEM weakening effect under numerical experiments with increasing CO2.
As for numerical experiments, we have carried out a lot.
Using the computational package matlab we perform numerical experiments in order to illustrate such approximations.
Numerical experiments illustrate the potential and efficacy of the proposed methods.
Various scenarios have been defined with numerical experiments that considered only emissions by biogenic.
Numerical experiments reveal that the method is robust to the variation in time-delay, and the variation of system damping factor.
To validate the proposed method,we performed numerical experiments with the intention to verify the accuracy and robustness of our formulation.
Numerical experiments related to centroid and boundary support reconstruction and to stability of source reconstruction are presented.
The aforementioned scheme is applied in the simulation of several numerical experiments to validate the implemented numerical tool.
We¿ll show numerical experiments comparing our method with another composite-step method.
This difficulty explains why all current GCM studies of the climatic, or of GC, numerical experiments that are known a priori to be incomplete in their forcing and feedback physics.
At the end, several numerical experiments are performed to demonstrate, in a practical way, the effectiveness of the proposed method, comparing it with o.
Use is made of the sheffield university plasmasphere ionosphere model version available at inpe(supim-inpe),to run numerical experiments with different models of electric fields(drifts) and of disturbed winds.
The validation of the numerical experiments results was conducted by comparison with observations.
In the last two decades the study of the origin and evolution of the universe achieved the status of big science mainly due to signi cant experimental results not only from major spacemissions(cobe satellite in 1992), but also from advanced numerical experiments performed by supercomputing virgo consortium in 1994.
Two numerical experiments were conducted. they were called control and anomalous experiments and the difference between them was the sea ice boundary condition imposed.
To validate the implementation of the method,we present wide numerical experiments and a comparative analysis with well known softwares of the continuous optimization community.
The numerical experiments performed show that the sid-psm is more robust and more efficient than the classical derivative-free methods pattern search and nelder-mead.
The main results reported along this text come from observations in numerical experiments, however, in most cases, results are explained by theoretical instruments or heuristic models.
Preliminary numerical experiments are presented to compare the performance of the algorithm using models constructed by support vectors regression and by polynomial interpolation.
This work further study ever done on kinetic thermal cracking of waste frying oil based grouping compounds by means of numerical experiments of the experimental data on the basis of residence times with proposals for new models of pyrolytic chemical reaction.
For that, we perform numerical experiments that simulate optical homodyne tomography under various conditions, perform tomography, and estimate bias in the purity of the estimated state.
The equations used in the absorbent region are obtained in the time domain using auxiliary dierential equations,then the developed formulation is validated through numerical experiments related to the reection error of absorbent material and also by calculating the radar cross section(rcs) of a metal cylindrical scatterer, which has a known analytical solution.
The first in the series of numerical experiments is a control run in which the average temperature is computed in each block, assuming no change in greenhouse gases and no cooling spray.
Some numerical experiments were performed considering a laplace problem de ned in a two-dimensional domain, where the algorithm presented accurately compatible with that obtained through the classic mfs.
It was implemented the jameson andmavriplis algorithm to perform the numerical experiments, as well the isotropic scalar linear and nonlinear models of pulliam, aiming to provide numerical stability to the algorithm.
Were compared the numerical experiments using regcm4 coupled with bats(biosphere-atmosphere transfer scheme) and clm(common land model) land surface schemes referred, respectively, as regbats and regclm.
Next, we tested the new method by numerical experiments, considering initially the method with the exponential penalty and then with the quadratic adjusted.
In previous numerical experiments with unconstrained optimization problems, lsego approach has shown to be a feasible alternative to drive efficient global optimization by using multiple or ensemble of metamodels, not restricted to kriging approximation or single infill point per optimization cycles.