Examples of using Numerical models in English and their translations into German
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Political
Stochastic and numerical models.
Observed water level differentials closely match current analytical and numerical models.
Research Interest numerical models for hydrology, hydrodynamics and water quality.
Physical and biological coupling in her numerical models.
Integration of developed numerical models in joining-process, structural and crash simulations.
Mixing processes and their representation in numerical models.
The numerical models will be applied to interpret current and future mission data.
Climate science is based on theory, observations and, also numerical models.
The two numerical models developed at SLF are"Open Source", which means that everyone can access and use them.
Predictions of climate change are based on numerical models of the atmosphere and ocean.
Analytical and numerical models developed by the research team agree very well with the experimental data.
The analysis of foming processes with analytical and numerical models constitutes the main field of activity.
Numerical models of the geodynamical processes attempt to merge these observations into a consistent general picture.
Available numerical models for numerical analysis of geotechnical problems involving creep deformations are reviewed.
The Glaciology division studies short-and long-term behaviour of glaciers using advanced measurement techniques and numerical models.
In our studies, different numerical models, mostly based on the ICON and ECHAM atmospheric general circulation model are used.
There is not much known concerning the formation of DNAPL source zones,therefore they are usually approximated as point or line sources in numerical models.
Numerical models of ocean surface gravity waves have been used for many years to produce analyses and forecasts of wave conditions.
The BAW's state-of-the-art infrastructure can run numerical models that are both large-scale(up to 300 km) and long-term up to 50 years or more.
I use numerical models to perform idealized and realistic simulations to better understand driving machanisms and interactions.
A further field of investigation of the WG is the development of numerical models for process studies e.g. denitrification or nitrification models. .
The numerical models used to simulate turbulence and combustion reactions vary according to development progress and the prescribed requirements.
This will be implemented byway of TWT's co-simulation framework into which the complex numerical models of the individual electrical subsystems will be integrated.
The detection of these patterns and the understanding of the interactions involved are required to represent the different spatial andtemporal scales in numerical models.
They will also develop mathematical and numerical models that integrate the impacts of processes on very small spatial and temporal scales.
Our services range from the simple report to the comprehensive comparison of detailed analysis andforecast calculations based on highly developed numerical models.
Numerical models of the atmosphere describe the essential dynamical and physical processes, which take effect in the atmosphere and result in the observed general circulation.
Study of natural versus anthropogenic variability of global biogeochemical cycles using observational data and numerical models of varying complexity and spatial extent.
Development is being made of: Three-dimensional numerical models for the trapping of charge carriers, band deflection under illumination, recombination at grain boundaries and the emergence of pn-junctions.