Sentence examples for integral models of from inspiring English sources

Integral models of turbulent buoyant plumes (Morton et al. 1956) that describe steady plume dynamics have been used to model plumes in industrial and environmental settings (Woods 2010).

Integral models of volcanic plumes describe changes in plume properties during the ascent of volcanic material and entrained atmospheric air (Woods 1988; Glaze and Baloga 1996; Sparks et al. 1997; Bursik 2001; Mastin 2007; Bursik et al. 2009; Bursik et al. 2012; Degruyter and Bonadonna 2012; Woodhouse et al. 2013).

Integral models of turbulent buoyant plumes (Morton et al. 1956) have been utilized widely to quantitatively describe the rise of plumes in industrial and environmental settings (Woods 2010), and have been extended to describe volcanic plumes (Woods 1988; Glaze and Baloga 1996; Sparks et al. 1997).

To this end, an integral model of flow in e-learning environments is proposed and tested.

It is shown that such a model coincides with the well-known Kröner Eringen integral model of non-local elasticity in unbounded domains.

An integral model of volcanic plumes is then introduced.

In the integral model of volcanic plumes, there are 12 parameters.

The final project was an original mathematical (differential or integral) model of a biological phenomenon.

Here, we use the integral model of volcanic plumes in a wind-field developed by Woodhouse et al. (2013).

We have applied history matching to perform an uncertainty analysis of an integral model of volcanic plumes using observations of plume height obtained from weather radar.

The lightning observations are compared with predictions of an integral model of volcanic plumes that includes descriptions of the interaction with wind and the effects of moisture.