Sentences with phrase «numerical methods»
Numerical methods refer to mathematical techniques used to solve problems through computations and approximations rather than exact solutions. It involves using numbers and algorithms to analyze and solve equations or models that may be too complex to solve by hand. Full definition
A passionate practitioner of numerical methods and parallel computer simulations.
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This framework will be used to derive novel numerical methods for important systems used in plasma and fusion physics modelling.
The equation is then solved over space and time in a computer program, this may require sophisticated numerical methods in order to solve complex equations.
In ancient times «computers» were people who sat in rows with pencil and paper or mechanical calculators implementing numerical methods.
This method allows a fluid - structure interaction analysis with ease compared to other numerical methods such as finite element methods.
Her research was focused on developing and testing high - performance and high - resolution numerical methods for the next generation of climate prediction models.
For his research he applies numerical methods in order to investigate atmospheric motions in polar regions and globally.
Should some teams deliberately use incorrect numerical methods or parameters they don't believe in order to increase the spread?
Once the team created a mathematical model, they were able to solve it using numerical methods in the computer appropriate for solving the equations on irregularly shaped domains like the shape of the exposed area of the eye.
Among other things, GLAST data will test theoretical work done by a KIPAC post-doctoral fellow, Anatoly Spitkovsky (now at Princeton), who developed numerical methods for simulate the structure of pulsars» magnetic fields.
The mathematical modelling of science by numerical methods of extrapolating Neural net / AI numercical model type approaches is not science, no laws are discovered.
The Massachusetts Institute of Technology's Computational and Systems Biology Initiative applies large - scale numerical methods to the study of molecular, cellular, and structural biology.
His response, in this erudite and wide - ranging book, to those who lament the expansion of numerical methods into the humanities is that they fail to realize the degree to which math has been there all along.
This encyclopedic book should be read (or at least owned) not only by those who must roll their own numerical methods, but by all who must use prepackaged programs.
«This is the first global seismic model where no approximations — other than the chosen numerical method — were used to simulate how seismic waves travel through Earth and how they sense heterogeneities,» said Ebru Bozdag, a coprincipal investigator of the project and an assistant professor of geophysics at the University of Nice Sophia Antipolis.
In this context, central research topics include the development of efficient and stable numerical methods for high - dimensional conformation spaces, as well as the mathematical modelling of energy contributions involved in multivalent binding.
He is interested in the design and application of high - performance numerical methods for strong correlated systems, such as quantum critical systems, topological systems and frustration systems.
This environment, designated the Virtual Environment for Reactor Applications (VERA), incorporates science - based models, state - of - the - art numerical methods, modern computational science and engineering practices, and uncertainty quantification (UQ) and validation against data from operating pressurized water reactors (PWRs), single - effect experiments, and integral tests.
At StudentsAssignmenthelp our experts have the understanding of multiple zones which comprise numerical methods.
And EVERYONE in CFD in 2000 said just what you said about numerical methods.
My interests, more specifically, are related to: * The consequence of scaling behaviour in non-linear coupled systems (both chaotic and non-chaotic) * The consequence of external forcings on such systems * The limitations of numerical methods used to analyse these systems, particularly with regard to initial conditions
He has a broad interest in modelling of forward and inverse photon transport processes and numerical methods for solving large - scale parameter estimation problems.
Up to now, many evolutionary studies of this kind have been quite circumstantial, but we have been able to identify times of intensive evolution using objective, numerical methods.»
Physical and mathematical model of ice behavior under dynamic loads as well as a numerical method for calculating its impact and explosive loading, capable of reproducing the main features and mechanisms of deformation and fracture has been developing are currently under development.
As a postdoc in the tokamak turbulence theory group, I am currently involved in further developing our numerical methods, and I continue my work on the influence of magnetic field shape in tokamaks such as ASDEX Upgrade.
«This result is a clear example of the breakthrough that can be achieved by combining powerful theoretical - numerical methods, state - of - the - art observations and supercomputing tools to better understand astrophysical phenomena,» explains Prof.Fernando Moreno - Insertis, solar physicist at IAC, Professor ar the ULL and supervisor of the work Diploma of Advanced Studies (DEA) of Juan Martínez - Sykora.
«This result is a clear example of the breakthroughs that can be achieved by combining powerful theoretical - numerical methods, state - of - the - art observations and supercomputing tools to better understand astrophysical phenomena,» explains Fernando Moreno - Insertis, solar physicist at IAC, Professor at the ULL and supervisor of the DEA thesis (equivalent to a master's thesis) of Juan Martínez - Sykora.
Particularly, he specifies tolerance constants (for example the smallest representable number «eta») explicitly in the code, rather than naming them — which seems unfortunate in the field of numerical methods — and merges the last lines of calculation into print statements.
The cells were manufactured and measured at the HZB; the numerical methods were developed at Paderborn University.
The numerical methods and optimization component provides the tools from numerical analysis and linear and nonlinear programming that are heavily used in the derivatives area.
Dr. Canup utilizes analytical and numerical methods to describe the dynamical evolution of systems of circumplanetary or circumsolar material.
The numerical method of choice is the phase field method.
In that lab, he ended up producing software for analyzing small angle X-ray scattering data and published five papers, one as first author, on numerical methods and mathematical modeling.
His research interests lie in the field of galaxy formation, as well as in numerical methods.
Anything other than a one - electron problem, such as a hydrogen atom, requires resorting to numerical methods, converted into sophisticated computer programs, such as those developed by Piecuch and his group.
My areas of interest are theoretical physics and numerical methods, I currently write my PhD thesis in lattice QCD.