Sentence examples for physical model representing from inspiring English sources

Street network is a physical model representing in the real-world traffic environment.

To overcome the above limitations, Ju et al. (2014a) incorporated several advanced technologies, such as CT scan, three-dimensional (3D) reconstruction (Gomi et al. 2007; Geiger et al. 2009; Hajizadeh et al. 2011; Zhang et al. 2013; Birk et al. 2014; Ju et al. 2014b), and 3D printing, to produce a physical model representing the natural rock.

An accurate first-principles non-linear single-input single-output physical model represents the pasteurisation process.

The physical model represented an idealized gravel bed river with a width of 20 m, a slope of 0.005, a mean annual flow of 15 m3 s− 1 and a 1-year flood flow of 80 m3 s− 1.

Physical modeling represents probably the oldest design tool in hydraulic engineering together with analytical approaches.

Non-significant correlations are italicized For both versions of the SF-36, overall model fit as assessed by the CFI, TLI and RMSEA was better in the eight-factor model than in the two-factor model representing physical and mental summary components.

For non-adiabatic cases, valuable information on the heat transfer flux limitations of the chemical process at the wall (often provided by a specified axial heating/cooling media temperature profile) is lost when simplifying a model representing the physical tubular reactor process behavior by considering a classical thermodynamic system having uniform state properties.

The initial strain and the strain caused by physical exercise were given to the polygon model representing the shape of the sportswear (CG-Sportswear-Model).

In the area of physical deterministic parametric modeling representing the first category of sampling missions, Christopoulos and Roumeliotis[2] presented an approach for estimating the parameters of the diffusion equation that describes the propagation of an instantaneously released gas.

This model represented physical and chemical constraints, along with cell adhesion dynamics to predict how the interface between tumor and normal tissue changes over time.

This includes description of physical models that represents actual long term fatigue capacity of the Cargo Containment cylinders.