Sentence examples for modeling of surface processes from inspiring English sources

Additional instruction in geographic information systems (GIS) and remote sensing analysis, field measurement techniques, and numerical modeling of surface processes.

We draw from geomorphology, marine geology, geochronology, numerical modeling of surface processes and landscape evolution, and experimental and field observations of glacier erosion and deposition, and the interaction of ice with its bed and the ocean boundary.

Current approaches to modelling of surface processes treat the coupled evolution of source areas and sedimentary basins in terms of bulk mass transfer only, and do not take into account compositional and textural sediment properties.

Thermodynamics of surface processes.

The dynamics of water content in the superficial layers of soils is critical in the modelling of land-surface processes.

Remote sensing provides data that drive biophysical models of Earth-surface processes, as well as mapping discrete land cover and land-use change information and landform maps.

The Hydrometeorology Research Group focuses on measurement, analysis and modeling of atmospheric and land surface processes tied to the hydrologic cycle.

Furthermore, deviation of theoretical calculations from real conditions requires the building of model catalysts to mimic surface processes.

Firstly, a process model of surface operations is developed using the conceptual framework of Business Process Modeling and the input of various data sources to achieve triangulation.

In this study, to verify the validity of the FE model of surface roughness in the micro-deep-drawing process, a new high-precision sequential blanking and drawing setup was developed for the experiment and a microcup with 500 μm diameter was fabricated from stainless steel (SUS304) ultrathin foil of 20 μm thickness.

Coupling kinetic models of volume and surface processes is a major step in the numerical modelling of surface treatments.