We present data demonstrating that the measures meet the NQF's criterion "importance to measure and report".
We have analyzed these data, demonstrating that the performance of the system meets or exceeds design requirements.
The simulation results compare well to experimental data, demonstrating that the transport mechanisms in this high Schmidt number turbulent flow are well predicted by the LES method.
The results showed that it was a good agreement with the experimental data, demonstrating that the methodology may be useful for industrial process optimization.
Results show a good agreement with experiment data, demonstrating that the proposed technology can predict mechanical and fracture behaviour of cementitious materials based exclusively on microstructure information.
In new data demonstrating that the economy was indeed cooling, Government figures released yesterday showed that consumer prices rose just two-tenths of 1percentt in April, while housing starts fell 5.8percentto theireir lowest level in eight years.
The predictions are in very good agreement with the relevant experimental data, demonstrating that the present modeling approach can be used to predict upward flame spread over PMMA with reasonable accuracy.
For the statistically stationary case, the mean and RMS progress variable are in very good agreement with experimental data, demonstrating that the model correctly reproduces the flame anchoring and the flame turbulence interactions in the recirculation zone.
At the same time, two companies that monitor Internet traffic, Arbor Networks and Akamai, released data demonstrating that the Internet went out across the country around 10 a.m., and there was no indication by the evening that it had returned.
The posterior probability distribution of input parameters is efficiently inferred from the prescribed prior distribution using observed head data, demonstrating that the presented BMARS-based Bayesian framework is an efficient tool to reduce parameter uncertainties of a groundwater system.
The developed models were validated by comparing numerical results with experimental tensile test data, demonstrating that the proposed approach is highly suitable for prediction of complex deformation mechanisms, mechanical performance and structure-properties relationships of composites.
