An international team, including in particular a French researcher at the Lagrange Laboratory, now proposes a completely different scenario,
using numerical simulations partly run at the Mésocentre Sigamm at the Observatoire de la Côte d'Azur.
«Numerical simulations of tensile tests of red blood cells: The researchers investigate the effects of the hold position of the red blood cells on strain field during tensile testing
using numerical simulations.»
They found that the multi-messenger data can be explained well by
using numerical simulations to analyze the fate of these charged particles.
«In a nutshell, we have discovered
using numerical simulations a physical regime where we would generate the highest magnetic fields ever generated on Earth.
The team
used a numerical simulation technique called finite - difference time - domain to study the performance of waveguides of different widths connected at different points on the laser.
French
used numerical simulations to compute all components of the seismic waves, such as their scattering and diffraction, and tweaked the model repeatedly to fit recorded data using a method similar to statistical regression.
For an American option holder to ascend to this stage, he or she needs to embrace the perspective that he or she could put into
use the numerical simulation to find the probability of the integral that consequently will automatically derive an effective way of making correct and rational decisions for long life options.
Using numerical simulation, it is found that the proposed estimation method outperforms LS and MLS for a wide range of training SNRs.
Not exact matches
Additionally, the maximal magnitudes of volume current density were found to scale with the
numerical resolution
used in the computer
simulation, which showed the expected scaling of current sheet development.
A paper on the
numerical model, titled «Snowflake melting
simulation using smoothed particle hydrodynamics,» recently appeared in the Journal of Geophysical Research — Atmospheres.
«Advances in
numerical algorithms, automatic grid generation, and increased supercomputer power will eventually make the
simulations of flood waves over large durations of time possible
using Titan, and even more so with Summit,» Constantinescu said.
Using a pair of governing equations that assume swarmalators are free to move about, along with
numerical simulations, the group found that a swarmalator system settles into one of five states:
By
using experiments and
numerical simulations, Ishikawa and Kikuchi have shown that microorganisms can ingeniously escape from a dead end by swimming.
To ensure accurate anatomical representation in the
numerical simulations of the sprayed drug transport process, they
used computed tomography (CT) scans from CRS patients and imaging software to develop anatomically realistic digital 3 - D models.
Although there are more traditional approaches to answering these questions —
using particle accelerators, astrophysical observations,
numerical simulations, and tools of condensed matter physics and chemistry — the extreme tunability and relative simplicity of ultracold matter experiments make them a compelling alternative.
Using numerical models and computer
simulations, the researchers show how spinning particles, pushed about by the fluid flows created as each particle spins, can arrange themselves into an array of emergent macro-scale patterns.
Mena provided a mathematical model and
numerical simulations of the phenomenon, but the next step —
using evidence of the presence of glyphosate in Ecuador to determine whether Colombia had respected the no - spraying zone — proved more challenging.
«It is the first time
numerical simulations of binary black holes are
used directly to estimate the parameters of a binary and, in this paper, it is proved that this can be done to the highest accuracy,» Lousto said.
Using direct microscopic images, they observed the entire air - water interface throughout the capillary, which they then combined with ultra-precise mass measurements and
numerical simulations.
Simmons, with the help of the Arctic Region Supercomputer Center, which is part of the UAF Geophysical Institute,
used math equations to make detailed
numerical simulations, or high - resolution models, of under - ocean wave processes.
The researchers
used a combination of
numerical simulations and optical spectroscopy techniques to identify particular nanoparticle superlattices that absorb specific wavelengths of visible light.
This peculiar behavior can be totally explained with
numerical simulations calculated
using the supercomputer ATERUI.
As part of the study, the team from the Section of Earth and Environmental Sciences of UNIGE paired data collected
using natural samples and
numerical simulation.
Since this was first predicted in 1988, many research groups in the field have confirmed and refined
numerical simulations, while others
used static compression techniques to explore the phase diagram of water at high pressure.
This session examined the biogeochemical processes that are likely to affect the evolution of the Earth system over the coming decades, with a focus on the dynamics of marine and terrestrial ecosystems and the development of improved understanding through (a) fieldwork and laboratory experiments, (b) development of new observational datasets, both modern and palaeo, and (c)
simulations using numerical models.
Using a
numerical model developed by the Max Planck Institute for Meteorology and the German Weather Service, the team created two
simulations of convectional organization over a 312,000 - square - kilometer grid with 1 - kilometer spacing.
We will also present the results of
numerical simulations of the evolution of surface features, which are
used to interpret the disk - integrated spectra.
Here, we study the origins of biofilm genetic structure by combining model development,
numerical simulations, and microfluidic experiments
using the human pathogen Vibrio cholerae.
Specifically, Lindstrom will investigate how novel data compression techniques can be
used to more accurately and efficiently solve partial differential equations and other
numerical computations that underlie the Lab's many physics - based computer
simulation codes.
These expensive
numerical simulations used state - of - the - art codes and took several months on the Institute's supercomputer LOEWE,» says Dr. Yosuke Mizuno, lead author of the study.
Both analytical predictions and
numerical N - body
simulations are
used to investigate the observable structures that could be produced by eccentric perturbers.
We have found that much of the literature is unreliable and that the
numerical methods
used in virtually all the
simulation software is not adequate to resolve or estimate the true uncertainty.
Also the behaviour of our
numerical simulations of the atmosphere would continue to be affected by the problems typical of model
simulations of chaotic dynamical systems even if we could have perfect initial conditions, write perfectly accurate evolution equations and solve them with perfect
numerical schemes, just because of the limited number of significant digits
used by any computer (Lorenz, 1963).
We
use numerical climate
simulations, paleoclimate data, and modern observations to study the effect of growing ice melt from Antarctica and Greenland.
Airplanes and developed and designed
using two - dimensional
numerical models to simulate conditions whereas modern day
numerical climate models are three - dimensional
simulations.
Users of chemistry - climate models (CCMs) with particular focus on long - term
numerical simulations using CCMs for the detailed investigation of model feedbacks between ozone chemistry, ozone depleting substance (ODS) trends, and climate.
Point two suggested an alternative between «This needs to be demonstrated either in the context of a more comprehensive scale analysis that includes the Navier Stokes equations» and «
numerical model
simulations using mesoscale or weather or climate models.»
But just one: «We
use numerical climate
simulations» (The Modellz), «Doubling times of 10, 20 or 40 years yield multi-meter sea level rise in about 50, 100 or 200 years.
Using a
numerical model developed by the Max Planck Institute for Meteorology and the German Weather Service, the team created two
simulations of convectional organization over a 312,000 - square - kilometer grid with 1 - kilometer spacing.
Researchers project future climate
using climate models — computer - based
numerical simulations that
use the equations for fluid dynamics and energy transfer to represent atmospheric weather patterns and ocean circulation.
Throughout the next decade, many idealized
numerical experiments demonstrated the capability of this model to produce a realistic hurricane structure, although it would not be until the 1980s that
simulations would be attempted
using data from real storms.
The only sane way the is diagnostic (checking if some global conservation laws are not broken by the model, — this can catch bugs and inadequacies of the
numerical methods) and extensive validation (this catch inadequacies in modeling, which involves approximation and elimination of some factors, to obtain a tractable model, and is always present even for particle physics
simulation, which directly
use first principles (model an idealised version of an experiment).
These
simulations can be
used as a
numerical laboratory in which we can test the reconstruction methods and assess their potential limitations, by pretending to derive proxy records of the model climate, called «pseudo-proxies».
We analyze the data from the moorings and from the CTD
using geophysical fluid dynamics, and compare results with
simulations from
numerical models.
The QuikSCAT data record is approaching the 10 - year duration that is considered the baseline minimum for
use in
numerical simulations of wind - forced ocean circulation.