This paper describes some efficient approaches to integrate ES and CFD, such as static and dynamic coupling strategies, in order to bridge the discontinuities of time-scale, spatial resolution and computing speed between ES and CFD programs.
A multiscale coupling strategy is proposed in the present study to numerically simulate the wind field at bridge sites in mountainous areas.
Compared with the iterative coupling strategy usually implemented in the existing coupled models, the proposed hybrid coupling strategy exhibits better simulation accuracy, lower total volume balance error and 1.4-fold computational efficiency.
The aerodynamic models, mechanical models, and coupling strategies implemented in the different solvers are presented.
We propose in this work an alternative coupling strategy, intervening as a preprocess method.
This route was enabled by a novel iterative cross-coupling (ICC) strategy, in which the polarity of the bifunctional building blocks is reversed to match the preferred polarity for cross-coupling.
On the other hand, the enhancement of the chemical stability of base supported catalysts by other coupling strategies will allow their application in fine organic chemistry.
We discuss in this paper the relation between the proposed method and the existing coupling strategies.
In other words, if Playboy is serious about its new couples strategy it needs to invest in higher-quality content.
