Examples of using Numerical models in English and their translations into Swedish
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Numerical models are our main tools when doing oceanographic research.
Development, validation, and usage of numerical models on climate time scales.
Numerical models reveal the existence of phenomena
This is achieved through a combination of novel experimental techniques and advanced numerical models.
Discussion of numerical models for optimization of systems
The research unit follows a comprehensive approach that combines the use of numerical models and direct oceanographic measurements.
Numerical models can reveal the existence of phenomena
the comparison with theoretical and numerical models.
The main scientific objective of this project is to build physically realistic numerical models for the grinding of materials in tumbling mills.
programming tools to integrate current ecological theories into numerical models.
Numerical models describing water movement on a rotating front wheel,
The results of these experiments will be used to develop and calibrate numerical models based on finite element methods.
Lately, the development of certain numerical models has turned out to be useful also for biomechanical analysis of pressure ulcers in human tissues.
By collecting and determining the age of rock samples at different heights on the nunataks, numerical models of the ice sheet changes can be tested and improved.
With the help of advanced numerical models, expertise in water dynamics
The researchers obtained the most quantitative final measurements of the size of DNA molecules by applying these numerical models to the pictures of the DNA molecules trapped by the staircase.
analyze large data sets produced by numerical models and interest in societal issues related to climate change
these can be introduced in simple regression models or sophisticated numerical models for film-thickness calculations like any other EHL contact fig.
Be able to carry out optimisation of mechanical systems based on results of numerical models, simulations and measurements to meet the market needs
In order to compute the various possible scenarios on how the future of the Baltic Sea may develop, we use numerical models which couple the physical, chemical and biological processes in the ocean.
Perform simulations of mechanical systems using parameters from numerical models and/or experiments,
The research mainly includes evaluation and development of numerical models for studying vibration-reduction measures,
Be able to carry out simulation of mechanical systems with parameters received from numerical models and/or experiment,
Kent Salomonsson's research has been focused mainly on the development of numerical models for simulation of different materials- from structural adhesive
These data are needed from this poorly explored region to better constrain the numerical models needed to predict
Be able to carry out simulations of mechanical systems with coordinated use of parameters from numerical models and experiments, for example in connection with influence of added loads and/or other structure-mechanical changes.
Advanced measurements in combination with numerical modelling and validation have been carried out.
We also offer courses in numerical modelling, time series analysis and inversion of geophysical data.
Numerical modelling of blast and gravity flow in SIC mines.
Numerical modelling is an important aid both in research