Sentence examples for numerical capability from inspiring English sources

The basic ideas underlying population models were established at a time when the numerical capability to solve them was much less than it is today.

Such a theory is crucial for the development of a numerical capability for the simulation and design of important polymer processing operations, and also for predicting the relationship between processing methods and the subsequent mechanical properties of polymeric products.

This new numerical capability enables us to carry out first-principle based simulation study of important photon matter interactions, such as the high harmonic generation and stabilization of ionization, with long-term accuracy and fidelity.

Since Mathematica has extensive symbolic and numerical capabilities, it enables the calculations in a simpler, faster, and more accurate manner.

The numerical capabilities of these methods are illustrated by computations of Richtmyer Meshkov instabilities occurring at a single material interface.

In particular, the numerical capabilities of this ACO algorithm have been tested in the global optimization of thermodynamic functions from parameter estimation, phase equilibrium and phase stability problems.

This paper describes some of this work at The Los Alamos National Laboratory, where many types of problems were solved for the first time with the newly emerging sequence of numerical capabilities.

Our formulas related to the BMO-G model are manageable, and with the use of modern computer resources with analytic and numerical capabilities, they may turn into adequate tools for applied statisticians.

We follow the example set by the micromagnetics community to develop an evolving set of benchmark problems that test the usability, computational resources, numerical capabilities and physical scope of phase field simulation codes.

The numerical capabilities of these methods are illustrated on three test cases of increasing difficulties and we show that – due to its simplicity and its low computational cost – the Linear Perturbations Code (LPC) is a powerful tool to understand and predict the development of hydrodynamic instabilities in the linear regime.

Fourth, it has powerful numerical capabilities and can run complex models quickly.