β Scribed by B.P. Murphy; R.A. Sallstrom; B.V. Dean
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π SIMILAR VOLUMES
## Abstract Large eddy simulation (LES) is based on separation of variable of interest into two partsβresolved and subgrid. The resolved part is obtained numerically using modified transport equation while the effect of the subgrid part is modelled using subgridβscale (SGS) models. In this paper we
Macroeconomic indicators are typically appraised in seasonally adjusted form, and forecasts are often presented in a similar way (as annual changes, for example). Moreover, the quarterly macroeconomic models used in forecasting are commonly estimated from seasonally adjusted data. Nevertheless, thes
Bond graph models of linear multiport systems may be simulated by a program, ENPORT, which features a choice of physically-significant state variables and an ability to simulate systems containing static storage subfields. Summary--A large number of physical and engineering systems may be represent
In this article, large eddy simulation is used to simulate homogeneous shear ows. The spatial discretization is accomplished by the spectral collocation method and a third-order Runge-Kutta method is used to integrate the time-dependent terms. For the estimation of the subgrid-scale stress tensor, t