Exact(6)
The results show that the sequential welding sequence induces less residual stresses and distortions.
The results show that the sequential method provides very good results in a fraction of the time needed for the direct MIP solution of the global problem, and that optimum results can be provided by the hybrid heuristic in greatly reduced time.
The simulation results show that the sequential method uses as little as 20.01% of the memory for solving the LESs and 23.89% of the total computational time of the fully implicit method to reach the same precision for the undersaturated reservoirs, when the same iteration control parameters are used for both solution methods.
Simulation results show that the sequential method outperforms the parameter estimation technique based on the chirp-Fourier transform since the threshold effect for this method is delayed when compared to the chirp transform-based method.
Our results consistently show that the sequential application of two antibiotics decelerates resistance evolution relative to monotherapy.
We also show that the sequential steps used for the preparation of the SiO2/ZnO nanocomposite can be reproduced on a thin transparent sheet (2 × 2 in). of polyethylene terephthalate (PET), which retains its superhydrophobicity upon repeated bending, suggesting that the superhydrophobic nanocomposite can be applied to flexible photovoltaics and displays.
Similar(53)
We have created regular expression-based attack patterns that show the sequential events that occur during an attack.
These results showed that the sequential addition of F− followed by Cu2+ resulted in excellent dual sensing responses compared to the other method of addition.
The results showed that the Sequential Quadric Programming (SQP) method provides the highest accuracy and least complexity compared with the Particle Swarm Optimization and Genetic Optimization methods.
It is also shown that the sequential Bayesian analysis used in the experimental design can also be useful in detecting conflicting information between measurements and model predictions.
The results showed that the sequential TDLMCHS provided a 27.4% reduction in the wall temperature comparing with RDLMCHS and has better temperature uniformity across the channel length with less than 2 °C.
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