Sentence examples for model with coarse from inspiring English sources
Downscaling is the process of transferring the climate information from a climate model with coarse spatial and fine temporal scales to the fine scale required by models that address effects of climate.
The first term provides a low-cost estimate of the failure probability using a model with coarse mesh density, whereas the second term regulates the failure probability based on fewer finite element analyses with fine mesh density.
In order to elucidate the effects of phase fraction, recovery temperature, and deformation temperature on shape recovery, here we investigate the shape-memory behavior in a copolymer model with coarse-grained potentials using a two-phase molecular model that reproduces physical crosslinking.
For regional NPP modeling with coarse resolution inputs, the aspatial RMA regression method is the most practical option.
Using a component level intercomparison and the piggyback approach, we can discuss the effects of each component separately and obtain knowledge that would improve the parameterization of global scale models or regional models with coarse resolution.
In global scale models (e.g., general circulation model (GCM)) and regional models with coarse grid spacing, shallow clouds are usually expressed by parameterizations (e.g., Tiedtke 1993; Considine et al. 1997; Kain 2004), but these parameterizations have not been able to effectively simulate the shallow cloud cover observed from satellites (e.g., Chepfer et al. 2008; Naud et al. 2010).
This work presents a multiscale modeling framework that combines detailed engineering process models with coarser, aggregated models at the value chain and economy scale.
In this work, we modified a native-centric continuum Gō-model with coarse-grained Cα chain representation [7], [62], [75] to include nonnative hydrophobic interactions [37].
Supersaturation and the vertical wind velocity cannot be resolved well on model grid points with coarse intervals.
Both models were run with coarse and fine spatial solution meshes.
For this purpose, Discrete Firefly Algorithm Nodal Expansion Code (DFANEC) has been developed with two main modules including a neutronic solver which models reactor core with coarse meshes using second order nodal expansion method and also DFA module to core pattern optimization.
