Sentence examples for a model comprising a from inspiring English sources

The overall anodic reaction can be interpreted through a model comprising a number of parallel reactions following the initial formation of In(OH ad species at the electrode surface level.

To reduce the computational burden that is associated with a full 3D optimization, a pseudo 3D optimization model comprising a 2D modeled conducting metal base layer and a thermally coupled 2D modeled thermofluid design layer is used.

The tool is developed from a mathematical model comprising a set of decision variables (location, transport, etc).

To allow bacteria to form biofilms associated with bronchiolar surfaces (Bjarnsholt et al., 2013), we repeated the monoculture and 50% co-culture experiments in an ex vivo model comprising a section of pig bronchiole cultured in ASM for 4 days.

In this paper a Human Vehicle Road (HVR) model, comprising a quarter-car and a biomechanical representation of the driver, is employed for the analysis.

A twin resistance mass transfer model, comprising a fixed edge resistance and a resistance which increased with frontal depth, was able to describe the sublimation kinetics.

A hysteretic model comprising a linear viscous part and a non-linear Davidenkov part is introduced in order to simulate rate- and amplitude-dependent internal losses during cyclic vibrations.

'A' (solid black line) is a basic model comprising a geometric mean crack of aperture width (w v = 5.2 × 101 μm) and length (l v = 7.4 × 100 cm) in a host rock of porosity (ϕ = 3%) and permeability (κ = 1 × 10 19 m2).

Based on the findings of this study, it is proposed that the dynamics of the full foil structure, including bump interaction and foil inertia, can be represented by a modal model comprising a limited number of modes.

The overall anodic and cathodic reactions can be interpreted through a complex reaction model comprising a number of parallel reactions following the initial formation of CdOHad species at the electrode surface level.

The structural response of the beam is evaluated using a beam finite element model comprising a cross section analysis tool which is suitable for the analysis of anisotropic and inhomogeneous sections of arbitrary geometry.