Sentence examples for models generally have from inspiring English sources

Groundwater numerical models with conventional rectilinear grid geometry such as MODFLOW (in contrast to analytical models) generally have not been used to simulate aquifer test results at a pumping well because they are not designed or expected to closely simulate the head gradient near the well.

Weather and climate models generally have a flat profile, where every part of the source code has the potential to deteriorate the total performance.

Specifically, large-scale dynamic biological models generally have many unknown, non-measurable parameters.

Researchers should be aware that simple models generally have minimal storage requirements, and are easy to learn.

Mammillary models generally have a central compartment representing plasma with one or two peripheral compartments linked to the central compartment by rate constants (e.g., k12 and k21).

While the 'Best transcript' models generally have one isoform per locus, the full transcript set has additional transcripts of previously covered loci, while we have coverage of many loci not covered by JGI at all.

At these sites, the dendroclimatic regression models generally had weaker explanatory power in connection with mean minimum temperature (as reflected by lower R2 values) compared to the growth response to mean maximum temperature.

GARP models generally had a greater overlap percentage as compared to Maxent models, with an average overlap of 24.93% for GARP compared to 17.31% for Maxent in the a2a scenario, and 28.62% for GARP versus 22.38% for Maxent in the b2a scenario.

Total speed-up is model-dependent and ranges from 5- to 100-fold, with larger, more complicated models generally having better relative performance (Fig. 5B).

Our four-site regression models generally had comparable PPVs to individual site models, but for the majority of sites the four-site regression approach correctly identified a somewhat fewer number of patients with future admissions.

In general, the difficulty and the complication of the interactive visualization of industrial assemblies arise from the facts that an assembly model generally has a large number of primitives and high depth complexity; furthermore, dynamic environments are required for simulating assembly manipulations.