Sentence examples for simulation of time from inspiring English sources

"Three-dimensional vortex simulation of time dependent incompressible internal viscous flows". Journal of Computational Physics.

The study focuses on the simulation of time histories of roof loading on low-rise structures for the purpose of determining design loads.

Gharakhani, A. and Ghoniem, A.F., " A Random-Vortex-Boundary-Element Method for the Simulation of Time Dependent Incompressible Viscous Flows in Three Dimensional Geometries, " Proceedings of the 2nd International Workshop on Vortex Flows and Related Numerical Methods, Montreal, Canada, August 1995, ESAIM: Proceedings, Vol. 1, 1996, pp. 33-47, http://www.emath.fr/proc/vol1/.fr/proc/vol1/

The present work demonstrates the design and simulation of time controlled step sun tracking systems that include: one axis sun tracking with the tilted aperture equal to the latitude angle, equatorial two axis sun tracking and azimuth/elevation sun tracking.

These PSD based methods have the enormous advantage that if for example the signal to assess results from a finite element method based vibration analysis, the computation time of the simulation of PSDs in the frequency domain outmatches by far the simulation of time signals in the time domain.

Some occur due to the use of semi-Markov models (which allows a direct simulation of time) [5], [8], [44].

Although several models exist to estimate daily or annual flashing emissions, there is little published data that can inform the simulation of time-dependent flashing emissions.

A primitive-variable formulation for simulation of time-dependent incompressible flows in cylindrical coordinates is developed.

In many applications, the primary objective of numerical simulation of time-evolving systems is the prediction of macroscopic, or coarse-grained, quantities.

A finite element method is presented for the numerical simulation of time-dependent incompressible viscous free surface flows.

In this article some basic aspects of neuro-fuzzy techniques for the identification and simulation of time-dependent physical systems are presented.