numerical results

Numerical results show that this algorithm can recognize the OFDM signal in a wide SNR range with a high average classification probability.

Preliminary numerical results show that this method is very efficient and is suitable for solving Large-scale unconstrained optimization.

The numerical results showed that this method exhibited smaller computation labor, high accuracy, and goad stability.

Almost all the continuous media and market issues can be obtained with it the satisfaction of the numerical results.

The numerical results are close to that of some scholars'.

We have compared the numerical results of effective area between them and find that they have similar varying tendency.

Numerical results of steady, compressible, lamina and turbulent boundary layers over the finite swept wing show to be satisfactory.

Numerical results are presented to show that this new technique gives significant reduction in the error.

Numerical results showed that on this assumed condition, the smaller the tolerance of roundness is, the longer the fatigue life of hole.

Numerical results show that the emergency item supply policy with transshipment can significantly reduce the system total cost.

However, from the numerical results shown in Fig. 5, a noticeable difference in its dependence was not observed.

Compared with experiments, the numerical results show that the dynamic explicit is feasible, but still has many problems to be solved.

However, there is just a little influence on numerical results of heat flux.

Theoretical and numerical results show that the performance measure of competitive analysis can be dramatically improved.

The fact that numerical results are well in agreement with the analytical solutions gains confidence in the analytical approximation.

The numerical results show that the dynamic characteristics of structure system using MR dampers have been promoted dramatically.

The numerical results of a typical example are in good agreement with other numerical simulation and experimental data.

Shooting method is applied to get numerical results which are analyzed with the developing section of the falling film.

Numerical results for the dynamic stress concentration factors in the thin plate with a circular hole are given.

Numerical results were compared with the experimental data and found to be in agreement.

Numerical results show that the procedure can help ascertain the "best" maneuvers for different tactic requirements.

The dynamic model of the system is developed, and the numerical results of the dynamic equations are obtained.

The approximation of the numerical results to the spot test results demonstrates the feasibility and effectiveness of the presented method.

Numerical results demonstrate that the ratio of doubly structured backward error and the single structured one can be large.

The dynamic model of the system was developed, and the numerical results of the dynamic equations were gained.

Numerical results of a design example show that the airfoil design method is effective and robust.

Numerical results show that the proposed algorithm is simple, effective and can be used for different kinds of parametric surfaces.

The algorithmic implementation and numerical results are described to support the correctness of our general claim.

Upon the numerical results of the gas phase and the dispersed liquid flow, the mass transfer coefficient of the liquid phase is obtained.

The numerical results indicated that the flow field in ladle has a great effect on the distributions of nitrogen and hydrogen concentration.

Numerical results show that the proposed algorithm has definite and all-sided dimensioning indices, good feasibility and fine generality.

It was found that the numerical results are in a good agreement with those by field tests.

The injective numerical results showed that the injection of upstream near the rotor leading 30% axial chord edge can suspend the stall.

The calculating results show that the analytical and numerical results have great consistency, and the maximum relative error is only 4. 5%.

Numerical results are consistent with theory analysis, which demonstrates the validity of the designed circuitry.

The numerical results are useful for the design and fabrication of this kind of Y-Branch waveguide.

The synthesis capacity and accuracy of the proposed method were verified by using numerical results regarding frequency-response functions.

The numerical results reveal that the temperature increment is mainly due to the eddy cur-rent loss in the solid thrust disk.

Numerical results show that the double-feed dipole antenna has the advantage of smaller returning-loss, wider band, and dual-frequency, etc.

Numerical results validate the second-order convergence rate of our scheme on many highly distorted meshes.

Numerical results of many typical test functions show that the algorithm is effective and reliable.

And then the number of iterations is greatly reduced. Numerical results show its effectiveness and superiority.

The numerical results of the two methods tallied extremely well with each other, it indicated that the theory established is reliable.

Numerical results demonstrate that the scheme can reduce blocking rate well and improve performance of system efficiently.

The numerical results show the efficiency and advantages of this computational strategy.

Numerical results show that the method has a more improvement in compression efficiency than the original algorithm.

However, as the soil conditions mentioned above are changed into the claypan, error of 20% was estimated by numerical results.

In the thesis, the detailed mechanisms, analytical model and elaborate numerical results are introduced for the mechanism.

The numerical results indicate that the stress singularity at delamination tip vanishes and the stress redistribution occurs.

Comparison between numerical results and experimental data for this configuration shows a very good agreement.

It was shown by numerical results that the model was effective in modeling near-shore wave-induced currents.

Numerical results will provide a reference for the design of warhead, the protective structure and engineering blasting.

Numerical results show that the advantages of estimator are high precision and robustness to amplitude and phase error of sensor gain.

Numerical results show that DNG can reduce the backscattering of objects, but increase forward scattering of objects simultaneously.

The numerical results show that the paper's method can meet the needs of high-precision multi-wave and multi-component seismic exploration.

Numerical results show that our optimization model and genetic algorithm is effective for sequential multi-assignment problem.

The consistency of numerical results and design data indicates that the design in this paper is satisfied the design requirement.

The bulk forming example also indicates this algorithm can improve the precision of numerical results and balance the error distribution.

The numerical results oflcminate with two, three and four holes show the effects of each parameter on thermo-stress concentration.

the global convergence for non-convex function is established under suitable conditions. The numerical results are reported.

The numerical results can provide reasonable data for the research and structure optimization of corn harvester.

The numerical results show that the proposed damper device has excellent energy dissipation capacity.

Our numerical results will benefit the explanation of the anisotropic seismic data and the parameters inversion.

Numerical results show that Vehicle initial speed, acceleration dynamic have different effects on the coupled system.

By analyzing the numerical results, the mechanism governing the coupled heat transfer and the effects of relevant parameters are discussed.

Numerical results show that the method provides an effective tool for refining and designing a transonic airfoil.

Conclusion Some numerical results indicate the feasibility and efficiency of the method.

Then the antenna sidelobe requirements are given. The numerical results and curves are presented with several examples.

Numerical results are presented to validate the correct of the method. And the stiffness effect of connecting flange is described.

The numerical results of both forward and backward traveling frequencies were obtained to show good agreements with some experimental data.

The numerical results showed that the optimized feedback strategy is effective, especially for high temporal correlated channels. 3.

The numerical results agreed well with experimental data for low temperature air and helium transpiration cooling.

Numerical results have shown that hyperthermia significantly improved drug transport in tumor.

The numerical results of smooth wall agreed well with experimental data for the global performance of smooth wall.

The numerical results are in good agreement with the experimental and numerical data achieved by other scholars.

Numerical results show that the transmission light beam losses the property of spatial soliton when the Kerr effect is neglected.

The experimental and numerical results are compared and analyzed, and prove the validity of numerical simulation.

The numerical results show that the gear contact fatigue life is connected with gear rotational velocity.

Numerical results show feasibility and robust reconstruction of the method.

Numerical results demonstrate that the liquefied soil can filter and isolate vibration.

The numerical results verify the validity and efficiency of this approach.

The numerical results are favorable compared with the results obtained from three dimensional model.

Numerical results show the characteristics of critical temperatures and buckling modes.

The numerical results found that with the increase of depth, the sensitivity increases but the linearity decreases.

sound agreement between numerical results obtained by our algorithm and computer simulation.

Numerical results provide evidence for the laser resistant radiation of missiles in theory.

Numerical results in the case studies show that the presented method has higher accuracies and computational efficiencies.

The coupled coupled coefficients of scattered EM fields in human head are obtained and numerical results discussed.

Numerical results demonstrate the validity of this method.

Numerical results of classic example show: the clearance has great influence on optimization results.

Numerical results demonstrate the validity of this method.

Numerical results of classic example show: the clearance has great influence on optimization results.

Numerical results indicate that these two algorithms are better satisfied with user's requirement than the previous algorithms.

Numerical results show the MTS-FDTD method increases computing speed over 46% than traditional NU-FDTD method with same numerical precision.

The numerical results of some test problems show that the two-grid methods are robust in solving regularized systems.

The numerical results show that: Compared with the arch bridge, the natural frequency of the same span multi-arch bridge is lower. 2.

Numerical results of simplified model consistent well with the experimental ones.

Finally, the analytical bounds are verified by comparisons with the numerical results.

The present size effect law for the engineering stress-engineering strain curve is also agreement with earlier numerical results.

According to the numerical results, interactions of solitons with same amplitude have certain regularity in the different apodized gratings.

Numerical results for horizontally layered media with inclined incidence are given.

In particular, the numerical results show that the value of impedance of lining wall has a marked effect on the aero-elastic stability.

The numerical results show that the depth of liquefied zone agrees with the results of tests.

The numerical results show that the incident angle plays a major role in determining the behaviour of thescattering pattern.

The numerical results were consistent with experimental results on are jet test equipment.

Numerical results demenstrate the effects of the transport speed and the initial tension on natural frequencies.

Numerical results show that the established numerical model is efficient and reasonable. It can be used as a CAE system for net cage design.

Finally the numerical results and simulation statistics by SIMULINK are given.

Numerical results suggest that the new method can improve the accuracy of computation for scatterers with edges.

The location of cavity accorded with the location of the highest concentration of particles of numerical results.

Some numerical results of lower activation energies are used as and ending of this paper.

The numerical experiment results for FPU problems show that the method which based on iteration can give better numerical results.

As an example, numerical results of localization factors are presented.

Numerical results show that the improved method can significantly reduce the simulation time and increase precision.

Compared with some typical fuzzy modeling methods, numerical results have demonstrated EPLS's superiority.

Numerical results by using this program are in agreement with experimental results.

The numerical results show that the new method is effective and feasible.

Numerical results are presented to indicate our new algorithm is robust, and have good numerical stability.

Numerical results show that the finite size effect is really exists.

Numerical results show that the new model has higher peak signal to noise ratio than the known model.

Numerical results verify the efficiency of the new scheme.

According to the numerical results and the states of the mining filed, the final mining method of ore-pillar recovery is determined.

The numerical results show that the spray of slurry can rectify the flue gas flow.

As its application, local effects in the ends were discussed in the numerical results.

Conclusion Numerical results show our method is promising.

Numerical results show the critical loads, buckling modes and some phenomena for cylindrical shells.

Numerical results have shown that the new strategy is effctive in improving the throughput.

Numerical results shows that HIA is feasible in solving symmetric TSP.

Then a three-stage model and the corresponding numerical results are given in this thesis to testify the performance of EFRTE.

By comparison with numerical results, it is proved that both the solutions are reliable.

The numerical results show that flow field in the mold is changed largely with EMBR.

Numerical results demonstrate that the coupling efficiency is improved from 6% to about 60%.

In this paper a plane hybrid element is derivated and some good numerical results are obtained for compressible and incompressible problems.

In addition, this method outperforms the PRP method in preliminary numerical results.

Above all, it must be solved that how to price option and get its numerical results.

Numerical results show that under the same conditions, block method is better.

Numerical results show that the element can reflect the scale effects of strain gradient and pass C0-1 patch test.

The numerical results show that our new amC method is more robust and efficient.

Numerical results are given for cross- ply plates and panels under S4S4 and S4S2 boundary conditions.

In the second part, the numerical results are presented.

It not only confirms the numerical results, but also demonstrates a convenient way of generating interference of complex optical vortices.

Figure 6 shows the numerical results to back this.

Numerical results show that VBEM has high accuracy, and that is very efficient for analyzing magnetoelectroelastic solids.

The Non-truncated Arithmetic of Electromagnetic Field Problems in Unbounded Region-Infinite Large Elements Method and Numerical Results

The numerical results indicate that courtyards can effectively reduce its interior wind velocity and particle concentration;

Discussion of the grid type, discrete scheme, turbulence model and other factors on the impact of the numerical results;

Conical detonation waves - A comparison of theoretical and numerical results

NUMERICAL SIMULATION OF SNAP-THROUGH OF SQUARE PLATE - Part II: Numerical Results

Numerical results show that the slope is stable in normal conditions;

this conclusion tallies with the numerical results