Примеры использования Numerical simulations на Английском языке и их переводы на Русский язык
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Mauritania used projections and numerical simulations for the assessment.
Numerical simulations demonstrate the proposed scheme efficiency.
Powerful computers with multiple processors are used for still more complicated nonlinear numerical simulations.
Numerical simulations of cracks in bodies taking into consideration elastic-plastic behaviour of materials.
Up until the end of the 1990s, numerical simulations of halo formation revealed little substructure.
Numerical simulations of the mould filling stage allowed the determination of an optimal mould filling strategy.
The manual contains the results of hypervelocity impact tests and numerical simulations of some components frequently used in satellites.
Numerical simulations showed that the magnitude of RCS variation can be interpreted in terms of the prolateness of the object.
In order to compare the measurement results with numerical simulations, SCARAB has been used in a new, experimental wind-tunnel mode.
Provided numerical simulations(COMSOL Multiphysics) show that the microvortices are formed in the pores at low Reynolds number 1- 10.
Permeability measurements of the basalt fabrics were carried out in order to perform numerical simulations of liquid composite molding(LCM) processes on the PAMRTM software.
The study included numerical simulations and experiments with optical agar phantoms of biotissue and human skin in vivo.
An extension of mixing-length theory, including effects of turbulent pressure and kinetic energy,based on numerical simulations of near-surface convection, has been developed.
There were also numerical simulations conducted to understand better what happens inside the knee joint during the loading process.
Theoretical astronomers use a wide variety of tools which include analytical models(for example, polytropes to approximate thebehaviors of a star) and computational numerical simulations.
The amplitudes of resulting oscillations in both numerical simulations are increased as compared to the experiments due to loss of energy of the 3D wave generator in the experiments.
Visual design techniques are used for assembling the necessary application programs from prearranged code blocks, since numerical simulations of different processes are based on similar algorithms.
In addition, numerical simulations suggest that low-mass planets located in the gas giant's Trojan points would be stable for long periods.
The Lazarus project(1998-2005) was developed as a post-Grand Challenge technique to extract astrophysical results from short lived full numerical simulations of binary black holes.
Numerical simulations of spalling allow performance properties and, in particular, spallation strengths of materials to be evaluated.
An ongoing project, in collaboration with the Ernst-Mach-Institut, involves the development ofcarbon fibre reinforced plastic(CFRP) material model data for hypervelocity impact numerical simulations.
Numerical simulations of CDM structure formation have been found to proceed as follows: A small volume with small perturbations initially expands with the expansion of the Universe.
As originally pointed out by Hoyle and first demonstrated using numerical simulations by Efstathiou& Jones, asymmetric collapse in an expanding universe produces objects with significant angular momentum.
Numerical simulations confirmed the experimental observations, and further showed that the observed vector solitons are the two types of phase-locked polarization domain-wall solitons theoretically predicted.
This good correlation between the average of the experimental results and the numerical simulations shows the ability of the computation to capture some principal effects of the surface fatigue mechanisms and of the initial spalling progression.
Numerical simulations, made on the basis of developed model for structure with uniform amplitude and quasi quadratic profiles, show that the structure's non-uniformity leads to its angular selectivity changes.
Research in the following areas: theoretical cosmology, physics and evolution of stars, stellar systems and extragalactic objects, Solar System planets,artificial Earth satellite dynamics and numerical simulations of cosmological and stellar dynamic processes.
Finally, the results of numerical simulations show that the approximate theories of rectified diffusion describe well cases of small driving pressure amplitudes and relatively large bubbles.
Czech space science activity included participation in the CLUSTER II mission. The Czech Republic contributed by developingtools for handling and processing of measured data as well as for their interpretation through numerical simulations for the WHISPER experiment.
Furthermore, they will develop skills in interdisciplinary numerical simulations, statistical computing, and computer aided design environment and will acquire a command of scientific communication skills.