Sentence examples for validation of simulated from inspiring English sources

In this process, especially for future scenario simulations, the validation of simulated carbon stock in contemporary land ecosystems would be of great importance, because bias in CMIP5 historical simulations is one cause of strong variability in the simulated future changes of carbon stock within CMIP5 and LUCID-CMIP5 simulations (Brovkin et al. [2013]; Anav et al. [2013]).

Experimental validation of simulated adsorber/desorber beds for sorption cooling applications is essential to obtain reliable results.

Second, in the validation of simulated linkage intervals, we prioritize domains that are known to be associated with disease phenotypes (i.e., seed domains) against domains that are located around the seed domains.

Analyzing the TEM data, the projected preferred growth direction of this leg (label as a red line) is found to go through 1 ¯ 1 ¯ 0 and 110 spots, which is consistent with our simulated 'TF case 1'. Figure 5 Experimental validation of the simulated 'TF case 1'.

The validation of the simulated benchmark examples is accomplished by means of convergence studies and comparison with experimental tests.

Qualitative and quantitative validation of CFD simulated device-specific jet wakes was established using time-resolved flow visualization and particle image velocimetry (PIV).

The validation of the simulated results was based on visual observations and measurements of the global gas hold-up (εG) and the plume oscillation period (POP).

Simulations are based on a cellular automata (CA) approach using rules derived from experiments and the experimental validation of the simulated phenomenology is given for noteworthy cases.

Validation of the simulated time-series against observations (1961 1990) demonstrated the models' skill in reproducing climatological means of core variables with monthly RMSE of <2.0 mm for precipitation and ⩽0.4 °C for mean temperature and daily temperature range.

The measured low-frequency velocity fluctuations are used for the validation of the simulated large-scale flow dynamics that is dominated by the irregular movements of the bubble plume and the vortical structures in the liquid phase.

For validation of the simulated outcome, the fitted functions are graphically compared with experimental results generated for three different thin-walled tubes with different geometric dimensions used in different reactors (Samal et al. 2010a) in Figs. 12, 13 and 14.