Sentence examples for models with periodic from inspiring English sources

It is necessary and important to consider models with periodic ecological parameters Thus, the assumption of periodicity of the parameters is a way of incorporating the periodicity of the environment.

The Hamiltonian matrix elements were obtained using models with periodic boundary conditions imposed both along and across the interface.

Two simplified 3D micromechanical models with periodic boundary conditions are formulated for the roving and CFM.

Finite element calculations using shell and brick elements are also performed on unit cell models with periodic boundary conditions using linear bifurcation buckling analysis.

To validate the analytical model in present study, numerical calculations using brick elements were performed on unit cell models with periodic boundary conditions, and comparisons of the present model with analytical formulae and experimental results available in former literatures were also conducted.

Therefore, it is necessary and important to consider models with periodic ecological parameters or perturbations, which may be more natural (see [7 27]).

A finite element model with periodic boundary conditions is constructed based upon the three-cell division scheme.

The mean turbulent flow around the panel is simulated by following two different approaches, by considering either the full three-dimensional model or the reduced model with periodic boundary conditions in the spanwise homogeneous direction.

In order to analyze this in more detail, a minimalist 2D magnetron discharge model with periodic boundary conditions is compared with its 3D equivalent via the Particle-in-Cell Monte-Carlo simulation method.

Such geometry naturally arises in the simulation of homogeneous, linear nonequilibrium flow modeled with periodic boundary conditions, and recent progress has been made developing boundary conditions suitable for general 3D flows of this type.

The multi-scale structure model includes: (1) micro/meso/macro-structure model with periodic boundary conditions for homogenizing the heterogeneous fiber/resin system into unit cells, and (2) a macroscopic rate dependent plasticity model combined with critical damage area failure theory that accounts for the compressive deformation and failure strength of the composite material.