Sentence examples for models soil and from inspiring English sources

This study presents the simulation of hydrological processes and nutrient transport and turnover processes using two integrated numerical models: Soil and Water Assessment Tool (SWAT) (Arnold et al., 1998), an empirical and semi-distributed numerical model; and Modelo Hidrodinâmico (MOHID) (Neves, 1985), a physics-based and fully distributed numerical model.

The mass-balance model provides a valuable platform to model soil and link pedology to other modern earth science disciplines.

This study investigated the performance and applicability of one such model, Soil and Water Assessment Tool (SWAT).

A semi-distributed hydrological model, soil and water assessment tool (SWAT) was used for the hydrology and climate change impact studies.

Therefore, the approaches of meteorological data monitoring, hydrological modelling (Soil and Water Assessment Tool) and multivariate statistical analysis of long-term data were integrated.

Details of experimental setup are first presented with particular focuses on: shaking table array of the four independent shaking tables; dynamic similitude design between scale model of soil and tunnel structure and prototype model; design and fabrication of the scaled model tunnel and model soil; and procedure for simulation of non-uniform seismic waves.

The SMR model is a daily water balance model that simulates the hydrology of forested watersheds using real or stochastically generated climate data, a digital elevation model, soil, and land use data.

A synthetic clay comprising sodium bentonite mixed with diluted glycerin was used as the model soil and 1-G similitude theory was employed to maintain model to prototype similarity.

A GIS-based semi-distributed hydrological model, soil and water assessment tool (SWAT) has been employed to estimate the water balance components on the basis of unique combinations of slope, soil and land cover classes for the base line (1961 1990) and future climate scenarios (2071 2100).

In 1986, efforts began to initialize and model soil and vegetation types, which led to more realistic forecasts.

Thanks to the enhanced gravity field in a geotechnical centrifuge, a 1: n scale model will have the same effective stress acting at homologous points in the model soil and the full-scale prototype soil.