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(2) From the various scientific model simulations used for predicting physical phenomena.
Model simulations used the best 1,000 parameters sets as determined in the prior calibration process.
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Model simulations using the adjusted MAP data are improved compared to simulations with the inconsistent MAP input data.
Model simulations using HYDRUS-1D were also conducted based on the measured pressure head distribution of soil profiles.
Three-dimensional phase-field model simulations using this representation of interfacial energy have been found to yield convincing crystal morphologies.
To determine the range of validity of the linear viscoelastic model, simulations using finite deformations models are compared to the theoretical results.
Assessment of these uncertainties in large-scale stochastic subsurface hydrological model simulations using standard Monte Carlo (MC) sampling or surrogate modeling is extremely computationally intensive, sometimes even infeasible.
Model simulations use five program designs, two forms of performance (energy savings and monetary savings), and capital requirements to test four hypotheses.
Most of our networks (17 of 27) were more nested than the null model simulations using NODF (Table 1).
We conducted 2016 model simulations using each unique combination of seven input parameters.
Measured values and the model simulations using the 'effective shunt' model and the two-parameter model are shown.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com