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The effects were quantified.
The residents' water conservation willingness was incorporated in the model and water-saving effects were quantified.
Then, heterogeneity and anisotropy effects were quantified with respect to reservoir permeability and anisotropy ratio, respectively.
These effects were quantified by monitoring biological markers of physiological state, namely oxygen consumption, the branchial cavity ventilation rate, gill physiology and morphology, and osmoregulatory and redox balance.
The resulting microstructural effects were quantified using a novel thermo-mechanical setup combined with 4D (three spatial dimensions plus time) synchrotron tomography and digital volume correlation.
For the selected impeller combinations (EEDP-EEUP, RT-EEDP, and RT-RT), the shear effects were quantified in terms of average shear rate (˿γav) and using the Kolmogorov microscale.
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These effects are quantified through consequence analyses and probit models.
An illustrative example is presented where the memory effects are quantified in terms of relaxation times.
Compressibility effects are quantified for different maximum velocities and parameter ranges are found for stable simulations.
The strength of these effects is quantified with sensitivity factors, based on which the parameters and their interactions are ranked.
These effects are quantified based on rockfall simulations with and without trees and incorporated in the risk calculation.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com