Sentence examples for large scale numerical simulation from inspiring English sources
Despite numerous computational advances over the last few decades, molecular dynamics still favors explicit (and thus easily-parallelizable) time integrators for large scale numerical simulation.
The formation, growth, and transport of soot is investigated via large scale numerical simulation in a three-dimensional turbulent non-premixed n-heptane/air jet flame at a jet Reynolds number of 15,000.
Using compiler generated threads and OpenMP directives, we have achieved a high degree of parallelism in the executable, which has made possible several large scale numerical simulation experiments that study the interesting features of the cochlear system.
We perform large scale numerical simulations of particle coarsening in an elastically anisotropic system.
The material effective elastic and thermal conducting properties are obtained through direct large scale numerical simulations.
Experiments and large scale numerical simulations are used to study the dynamics and the arrest of propagating buckles in pipe-in-pipe systems.
In many physical applications, large scales numerical simulation is no longer possible because of a lack of computing resources.
It is a large scale numerical model that simulates a vast series of different sectors and agents in the economy.
The design of an economically optimal recovery strategy is usually based on 'reservoir simulation', i.e. large-scale numerical simulation of the flow of multi-phase fluids through strongly heterogeneous porous media with uncertain coefficients.
In particular, the application of a 3D damage-plasticity model to the large-scale numerical simulation of an ultimate load test, conducted on a model of a concrete arch dam, and the numerical simulation of the impact of drying shrinkage on the behavior of concrete structures strengthened by concrete overlays are presented.
The design of an economically optimal recovery strategy is usually based on reservoir simulation, i.e., large-scale numerical simulation of the flow of multi-phase fluids through strongly heterogeneous porous media (Jansen 2011).
